About Yash Shah

This blog is written by Mr. Yash Shah, an industry expert with in-depth knowledge of machine tools and industrial machinery. He explores various machining equipment, metal fabrication machines, and re-sharpening machines offered by Bhavya Machine Tools, a leading manufacturer, exporter, and supplier of high-quality machine tools worldwide.

How Power Press Operates?

A power press is a machine which converts metals into miraculous shapes. Various products like brackets, frame pieces, electronic enclosures etc., can be manufactured. There are many different types machines like C type and pillar type which can be further classified into mechanical and hydraulic. Due to the advancement in technology,It has also undergone many changes. One of the most popular available today is the CNC power press having PC based controllers. But, the most commonly used is the mechanical power press which includes a moving ram used shape as well as bend metals and a stationery bed or surface where the material to be shaped can be placed. It punches the material, forms the material, bends the material, shapes the material using combination of different dies attached to the moving ram and bed. To transmit power into the press, clutch is used. The clutches remain engaged until It completes the full cycle. High accuracy in bending and shaping metals is provided. Besides the above working, you also need to have information about the basic setup procedure required for a power press as given below:-

The basic thing to be considered is the material thickness and the output expected. You need to review the drawing which specifies the type, dimensions and the angles required. This is very much important to determine the type of tooling and dies to be utilized in a power press.
The tonnage should be determined which depends on the bending method.
There should be accuracy in the positioning in tooling which is very important to achieve accuracy in the output.
The parameters should be adjusted depending on the job to be completed. However, this requires trained and efficient operators. But, with the advancement of the machineries, this can be done by even untrained operators too.
It is always recommended to do a test bend of the material in order to detect if further adjustments are to be done.

After knowing the above working of the power press and the setup process, it becomes necessary to know about the safety measures required to be taken while operating a power press. if not maintained and operated properly can cause accidents which should be avoided using below mentioned safety measures.

The power press and its guards, control systems, ancillary equipment like automatic feed system should be maintained properly so that it doesn’t put people at risk.
The maintenance work should be carried out when the machine is completely switched off and should be done by people who possess right skills and knowledge.
Proper training should be provided to the operator responsible of operating.
The people operating the machine, supervisors and managing the use should be made aware about the specific safety measures to be taken while using it through written instructions.
It should be regularly and thoroughly examined by the competent person and ensured that it is sound and working in proper condition.
It is always recommended to keep the record of the maintenance activities performed at a power press to ensure that it has been properly maintained.

As far as health and safety is concerned, it becomes very much necessary to follow the above mentioned steps in a workshop using it. The purpose of thorough examination and test of a machine before operating is to determine whether its parts have been installed properly, whether it is safe to operate and whether there are any defects which could make unsafe to operate. Moreover, the law requires that the power press installed in your workshop is maintained properly which will also includes that your employees operating or maintaining have adequate knowledge and skills required to complete the job.

Significance of Lathe Machine for Metal Shaping Industries

There is no doubt in saying that necessity is the mother of all inventions. All the machines are invented with a single purpose and that is to reduce labour work and get things done quickly. In ancient times, giving shapes to metal was a tedious job and time consuming process. The invention of lathe machine made the job of metal shaping much easier. Basically, It is used to remove the unwanted part from the metals to give it a new shape. The material is rotated against the tool which trims down the material into shape. In olden times, It was operated manually but the machine got many innovative improvements after that. The technological changes brought many versatile changes to a lathe machine. There are many products which we use in our daily life using metals of different shapes and sizes. The production of all these products has been possible only due to a lathe machine. Every other industry is influenced. it can even perform the complicated process of shaping metals. To manufacture any metal product, the basic requirement is to shape it and that is possible only due this tool.

Elements of a Lathe Machine

Generally, it provides a variety of rotating speeds and different features which can enable manual and automatic controls for moving the cutting tool. There are various types of equipment available like light duty, medium duty, heavy duty, extra heavy duty etc. No matter which device you choose, suiting to your job requirements, below are the common elements which are present in every lathe machine as given below:-

Chuck – is used to hold the work piece and can be replaced with Jacobs chuck or centre for alternative work holding.

Tailstock – is used to hold and located the tail centre and can be unlocked and slid towards the chuck.

Tail centre – is used to hold the end of long pieces of work, as the small lengths can just be held in the chuck. Centre can be removed and replaced with Jacobs chuck and drill and the advance wheel rotated to drill the work.

Tool Post – is used to hold the cutting tool in a precise location.

Cross Slide – it runs on the bed rails and has a mounting for the tool post which can be driven forward by the tool post advance wheel to bring the cutting tool on to the work peice.

Cross Slide Advance – It is used to move the cross slide and tool post sideways and hence the cutting tool towards and away from the chuck.

Drive pulleys and belts – are used to achieve various speeds by varying the belt position on the pulleys.

How to Choose a Lathe Machine?

As you know there are various types of lathe machines available having different features, you need to select as per your job requirements. For example, an average hobbyist would choose a light duty lathe machine which is small in size but if a metal work shop requires, then it would definitely go for an extra heavy duty or a CNC.
It is very much important to consider the bed capacity before selecting it depends on the material on which you require to work on.
The core to any lathe machine is the spindle. The spindle comes in standard as well as non-standard sizes. So, you need to choose the spindle size depending on the metal shaping project you are working on.
Never go for cheap, as you may end up buying consisting non-standard parts which are not going to last longer period of time.

Types of Machine Tools You Need to Install in Your Workshop

A workshop is a place where different kinds of machines and tools are employed to make, finish and repair machines or parts. These are the important requirements without which no workshop can function. Workshops can be found in diverse industrial and commercial establishments. Every workshop has a diverse requirement and depending on where and why the workshop is installed different kinds of equipment are employed in it. However there are some basic machining equipment that are required in most of the workshops. Majority of the workshops where some kind of metal or wood materials are worked upon, tools for tasks like grinding, milling, drilling, cutting, shaping and finishing are most required. Therefore if your workshop is also one of these kinds of commercial or industrial workshop involving metal or woodwork, then opting to install the below mentioned tools will serve your purpose better.

Lathe Machine

To accomplish the jobs of cutting, shaping and fabricating metal sheets in your workshop, nothing can be much better than a lathe. With a lathe in your workshop you could handle a wide range of applications including production of symmetrical parts, screw threads, tapered work, drilled holes, knurled surfaces and crank shafts easily and efficiently with a single one without having to install in number of machines used for each individual task. Moreover most of the tool today come with a variety of rotating speeds and automatic cutting features. Therefore with an advanced lathe machine in your workshop you can accomplish your machining tasks much faster and to a better accuracy. These are available in different forms today like light duty lathe, medium duty lathe and heavy duty lathe. For installment in your workshop you can either go with light or medium duty which will give you efficient functioning for small scale machining requirements in your workshop.

Milling Machine

Milling machine is another variant of tools one could opt as metal cutting device for workshop. It is the best tool for cutting metals to the customized dimensions and shapes especially if the parts are to be cut or shaped to rectangular or uneven dimensions.

Drill Machine

While machining, repairing or making parts in a workshop one may require creating cylindrical holes on the solid materials. A drill machine is for the purpose. With this in your workshop you can very effectively carry out the hole making processes on metals and other solid materials with ease and much accuracy. Various other tasks like tapping, spot facing, reaming, counter sinking and counter boring can also be carried out efficiently with the help of these. It come in various models, customized dimensions of drill head, base plate and capacity and therefore can be possessed to best suit the requirements of your workshop.

Grinding Machine

Grinding machine is a very important tool used in most of the workshops for solid material grinding and shaping applications. This power driven tool can be run on desired speeds to accurately remove the unwanted parts from the work piece so that the desired shape and finish can be achieved. With grinding machine in your workshop, you can easily accomplish your metal shaping goals without much effort. There are various types of grinding machines available in market today. For example there are belt grinding equipments used for debarring and grinding of metals with coated abrasives, bench grinders for roughing and finishing of tool bits, tool & cutter grinding machines used to perform customized and most accurate grinding tasks and much more. Selecting the one with most apt specifications for your workshop will best serve your solid material shaping requirements at your workshop.

The Bottom Line

Mentioned above are the basic device which are found at most of the workshops and best to install at any workshop where metal or other solid material applications are to be executed. But however apart from these there are yet various other forms of tools too available in the market today. Depending on your requirements and work in your workshop, you should decide which tool with what specifications will suit your applications and is the best for installation in your workshop.

History of Milling Machine

Rotary filling was the first in base of invention of the first milling machine that reduced the efforts need to put on hand filling and save the time. The development history is still unclear as the variety of custom machines performing the functions of milling machine were available in individual shops and factories before. Rotary milling was the ancestor of first. It is a unique machine tools first manufactured during 1814 to 1818 in two federal armories of the USA.

James Nasmyth is the famous name who built the advanced milling machine during 1829 to 1831, ahead of it’s time to mill the six sides of hex nut. Gay & silver also used a prototype of milling machine for vertical milling which was a better method than earlier milling versions. Till then milling machine was a part of production machine and not toolroom machines.

1840 to 1860 was the era of designing for successful milling machine by Lincoln Miller. Different companies were making the milling machines on the common configuration. George S. Lincoln & Company first put the true commercial milling machine in the market on 1855. Based on the company, the name to machine was given as milling machine.

Brown & Sharpe’s were the first to make universal milling machine in 1861, which was unique in design and function itself. This patented machine the milling cutters use to sharpen the teeth did not change the form geometry.

Joseph W Roe, the founder of many machine tools has created the first true milling machine in co-ordination with Eli Whitney, the private arm maker during 1912 to 1916. Robert S. Woodbury and other scholars had improved the design and functioning of the Roe’s first true milling machine. Robert Johnson, Cap. John H. Hall, Simeon North, Roswell Lee and Thomas Blanchard are the few names of researchers and engineers who had contributed in development and improvement in the previous type of milling machine.

From 1870 to the mid of twentieth century till first world war, the various other forms of milling machines came into existence like universal milling machine for tool room, jobbing and production use.

After World War I, new advanced versions including jig machines and milling machine with CNC technology have come up with various milling features and functionalities.

For further details about different types of machine tools including milling machines, metal shaping machines, grinding machines, standard slotting machines and their model features with functionalities, visit – http://www.bhavyamachinetools.com

All About Slotting Machine

A slotting machine is a machine which is used to slot materials made of metal and wood. It can make slots on heads of screws, bolts and other automobile components as well as other similar parts. The main purpose of is to shape and cut hard materials like metal and wood. These are generally used in heavy industries like electrical, construction, furniture, automotive etc. These are considered as heavy duty robust machines specially designed for quick and accurate metal productions. These are well known for their high performance, low maintenance cost and longer functional life. It is one of the important machine tools in the sheet metal industries as well in electrical, furniture and construction industries. It is also known as vertical shaper consisting of base, column and table, ram and tool head assembly, saddle and cross slide, rams drive mechanism and feed mechanism.

Specifications of a Slotting Machine

It is designed in such a way that it is of high standards, uniform and systematic. To elaborate, we can say that it has reasonable arrangement suiting to construction. While using it is quite convenient and easy to maintain.
The electric equipment is suitable for 3 phases and A.C. power.
It is just perfect for small batch production shop as well as the work shops where large production at high speed is required. It is used in various processes, model surfaces, key seating etc., of any workshop.

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How Does a Slotting Machine Work?

It can take up all the cutting forces because its base is rigidly built. The vertical column has a front face and has guide ways in the reciprocating ram. That reciprocating ram supports the tool head to which the tool is attached. The material is mounted on the table which can be given horizontal and vertical rotary feed motion.

Types of Slotting Machines

There are two types available, standard and deluxe. Standard slotting machine is a heavy duty machine which removes metal from large castings and the deluxe slotting machine is designed with extra features and to work on high speeds than a standard.

Applications of Slotting Machines

The main applications are cutting keys, slots, metal sheets, grooves of various shapes and forming regular or irregular shapes used in many manufacturing units. It can be used in any workshop where vertical tool movement is necessary and required to manufacture different metal objects.

How to Select a Slotting Machine

If you need to buy a slotting machine for your workshop, make sure that you buy from a reliable and reputed tool room machines supplier offering it with significant features like durability, sturdy structure, spontaneous functional ability etc. it should be manufactured from best raw materials and using latest technology. Ensure that you buy only technically advanced slotting machines so that your workshop manpower is safe and can perform at its best.

How to Install a Milling Machine?

A milling machine is a workshop tool used to shape solid materials like metal, wood, plastics etc. It is different than a lathe machine because in a lathe machine the material to be cut moves, whereas in the milling machine, the cutting tool moves at a high speed. Basically it can be classified into various types like horizontal, vertical , turret and CNC. Before knowing how to install this, it would be better to have some information about different types of milling machines as given below:-

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Horizontal Milling Machine

It consists of overhead arm supports and cutters that are arbor driven. It is cost effective as it produces only high quality material. A horizontal requires less manpower which reduces the manufacturing cost of the material. A horizontal machine is an excellent workshop tool which provides several years of efficient performance. It just needs to take care of properly and proper steps should be followed while using it which will keep it in best condition for years altogether.

Vertical Milling Machine

It is just similar to above in terms of performance and production of quality material. These both machines differ only because of the spindle axis orientation. Moreover, vertical are cheaper than horizontal and so are quite popular.

Universal Milling Machine

It can be fitted with various attachments to enhance their operations. The indexing fixture, table swivel housing, rotary table, rack cutting attachments etc., are some of the attachments that can be made..

Turret Milling Machine

It can be repositioned at any time making this machine versatile and very functional. The versatility of the turret makes it more practical as many different kinds of materials can be produced with the help of it

All the above types can be further categorized to manually operated equipment as well as computer operated which are also known as CNC milling machines. It has many advantages as they give fast and accurate results. However, the steps to be followed while installing it depends on the you have purchased. If you have bought a it from a reliable supplier of machine tools, then you will get a manual which specifies the steps to be followed while installing the machine you have purchased. Below mentioned are the common steps to be followed for installing a horizontal or vertical milling machine:-

For shipping purposes, the hand cranks are inverted to face the machine. To reverse them, engage the lock mechanism to saddle and table.
Lower knee approximately.
Withdraw the safety pin on the left-hand side of ram adapter.
Loosen the four unite head mounting bolts.
Support unit head manually and use a spanner on swivel bolt to wind into upright position.
Press the safety pin back to the ram adapter after passing the 25 degree mark.
Tighten the four unit head mounting bolts to a diagonal sequence.

Besides these installation steps, you need to follow some safety measures which are given below:-

Wear safety shoes and glasses.
Follow safety instructions given in the manual.
Keep all your body parts away from moving parts.
Use proper point of operation safeguarding.

Types of Lathe Machines

A lathe machine is an important machine tool in a workshop as it is basically used to shape the metal articles. Initially the basic operation was to cut cylindrical metal stock which was then further developed to produce screw threads, tapered work, drilled holes, knurled surfaces and crank shafts. It provides a variety of rotating speeds and a facility to manually and automatically move the cutting tool into the work piece. The workshop owners and the workers should be thoroughly familiar about the different lathe tools and its operations to accomplish the jobs of cutting, shaping and fabricating metal sheets. So below given are the different types used for different applications and you can choose one for your workshop according to the nature of the job to be completed.

Light Duty Lathe Machine

These are generally small size with a swing of 10 inches or less, mounted to a bench or table top. These are made of quality tested material and is used in electronic, electrical and automobile industries. It can be used in almost all machining jobs but may be limited due to the size of the material that can be turned.

Medium Duty Lathe Machines

It consist of a strong bed casting made of close grained cast iron. Even under high pressure and heavy load, it can give best performance without vibrations. It can be used in different industrial and mechanical applications like turning, shaping, facing, boring and threading of all kinds of metals. It has been successful in performing many difficult tasks of metal cutting and shaping in many manufacturing units.

Heavy Duty Lathe Machine

These are manufactured from highest grades of material like iron and steel. It is designed for performing many tasks efficiently like screw cutting, sliding and surfacing operations. It has dimensional accuracy due to which it ensures high tensile strength and longer service life. Moreover, heavy duty are quite easy to install and operate.

Extra Heavy Duty Lathe Machine

These are considered as highly efficient which are used in steel & paper mills, oil country, ship building, power plants, mining and textile industries. This type is available in various models of different technical specifications referring to type of bed, length and width of bed, lead screw diameter etc. Extra heavy duty lathe machines are manufactured using high grade durable material which enables it to have a long service life. Moreover, these are well known for their low maintenance, long working life and accuracy in performance.

Roll Turning Lathe Machine

These are suitable for extra heavy duty jobs like sliding, surfacing and screw cutting jobs. These are dimensionally accurate, abrasion resistant, corrosive resistant and has high tensile strength. It can be used to its full capability because it embraces great toughness, ample power & control to drive the carbide tipped machine tools.

All Geared Lathe Machine

These are used in different operations such as sanding, drilling, cutting, etc. Moreover, these are further categorized as light duty all geared, medium duty all geared, heavy duty all geared as extra heavy duty all geared. It work with excellent accuracy, perfection and smoothness. If maintained properly this type can work round the clock.

CNC Lathe Machine

These are well known for higher production and lower costs. Moreover, it fulfils the requirement of quick results with high quality in many industries like electrical, automobiles, electronics etc. CNC lathe machines are highly used for manufacturing high quality components or parts as it operates with the help of a computer program. Therefore, it enables production of large quantities with less effort.

If you are in search of more information about lathe machines and different types is in order to select just suiting to your workshop requirement, then visit http://www.bhavyamachinetools.com, there you will find it made of high quality accessories providing high performance and incurring low maintenance cost.

How to Use Lathe Machine?

Basically, a lathe machine is a tool used to shape metals.The material is rotated in the cylindrical motion and then touches a cutting tool to it which cuts the material. The metal sheet is fixed on the chuck of the lathe machine and then the chuck rotates in the vertical direction as well as right and left direction and touching byte’s tip to the material to cut the metal. The original lathe machine when invented used to complete tasks like cutting cylindrical metal sheets and then it was further developed to produce screw threads, tapered work, drilled holes, knurled surfaces, and crankshafts. The modern lathe machines available nowadays, offer the facility of rotating speeds as well as adjusting manually and automatically the cutting tool. There are different types available like light duty, medium duty, heavy duty, extra heavy duty, all geared, imported, CNC, roll turning and many more. No matter what type it is, you need to follow the below given basic instructions while using it.

You need to ensure that it should not be started cold. First of all, warm up the lathe machine for 10 minutes, setting its speed up to 1000 rpm. It should also be well lubricated and you need to check all the tools and ensure that they are tight.
Now, the tool holder should be located and tool block should be inserted in it. The spot is supposed to be located in the tool block where you can insert a cutter. Also for safety reasons, you need to tighter the tool block as tighter as you can. The cutters allow the users to cut from left to right, which is also known as cutting on a Z axis.
The tail stock is to be located where drill chuck can be inserted. The tail stock is very useful as it helps in drilling holes in the metal. The crank at the end of the measuring device helps in performing precision depths to the cuts.
The next step would be to set your zero and stop the turning spindle. You need to get a tool holder and put in at least 0.5 inch block between the tip of your tool and the metal sheet. Slide the tool holder in and out on an X axis to tighten it. The micrometer wheel should be set to zero.
Also you need to set your X zero point by pulling the Z axis tool towards the spindle and slide 0.5 inch block between the tool and the work piece. You also need to set the X axis micrometer to zero and turn the wheel 0.5 inch away.
So, now if you want to cut 0.5 inches from the metal sheet keep X axis and Z axis both 0.25 inches away from the metal sheet and then start the spindle.

Safety Measures to be Taken While using a Lathe Machine

You need to get dressed correctly by rolling your sleeves above the elbow. Also remove rings and watch if you have worn.
Before making any adjustments to the tools, always remember to stop the machine.
Spindle speeds should not be changed until it has come to a complete stop.
Always wear protective eye glasses.
While the metal sheet is turning, never try to measure the cut.
Never lean on the it.

What is Press Brake?

Press brake is an important tool which is widely used in cutting metals in various shapes and sizes. It helps in forming predetermined bends in metal sheets by clamping the material between matching punch and a die. Thus, it uses some kind of force to bend or shape the metal in a particular form. The shapes formed in the metal with the help of it are extremely accurate but it also depends on the kind of die used and ability of the operator. It is a wonderful asset to any workshop, provided it is used correctly. If it is not operated in an effective manner, the result may be not accurate and the end product produced will be of low quality. The combination of the right kind of punch, die and knowledge of the operator can enable a press brake to give an accurate output.

Uses of Press Brake

Press brake is used in the manufacturing process of various housing products, automobiles, heavy equipments etc., where bending of metal sheet is required. The metal sheet once bended or shaped out of press brake is used in various manufacturing industries producing products used in our day to day life. The press brakes are available in various sizes to handle sheets of various sizes and thicknesses. Depending on the size and the thickness of the sheet metal, the type of press brake is used.

Types of Press Brake

There are various types of press brakes available like mechanical press brake and hydraulic press brake. Mechanical press brake enables easier overloading but doesn’t enable the operator to adjust the stroke level while the process is in continuation. One has to complete the process and then adjust the stroke length. A skilled operator is required to use mechanical press so that precision in the end product can be achieved. In 1970s, the hydraulic press brake started replacing mechanical press brake because of its affordable costs and safety advantages. However, using hydraulic press brake resulted to high quality products manufacturing which benefited many manufacturing units. Due to this, hydraulic press brake became popular amongst all the press brake machines available in the market.

The mechanical press brake is made of iron whereas, hydraulic press brake is made of steel. As the hydraulic press brake is made of 100% steel, its structure is much more firm than a mechanical press brake. This eliminates the built-in stress in a hydraulic press brake and so the machine can be used for the longer period of time.
Hydraulic press brake uses hydraulic system, which is much more superior than a mechanical system as its power output is stable and its repairing services can be found locally.
In hydraulic press brake, there are two cylinders controlling the beam’s vertical moving.
Hydraulic press brake under the CNC system can be controlled by the computer which results into accurate and fast production.
In hydraulic press brake, the gauge is controlled by the electric device with the digital panel in the front. So, you can enter the data or manually adjust according to the aiming point.

In Conclusion

So, now if you are planning to buy a press brake, make sure that you read the manual and go through its features and after that only you can decide the type of press brake to be purchased. Always go for a perfectly designed press brake which consumes less power and incurs low maintenance costs. For more information on durable and user friendly press brakes, visit https://www.bhavyamachinetools.com.

Machine Tools – Grinding Machine

Machine tools are used for various processing work on different metals. Machining works like cutting, grinding, shaping machine to shape the metal workpiece, boring, slotting on metal through slotting machine, shearing and others are carried out by mechanical and electronic tools are known as tools. Previously in 18th century before the industrial revolution, these were made from the wood. The bulk production with precision accuracy evolved the mechanism to define metal parts from cast iron and wrought iron but still there are were limitations of hammering and to create required pressure on metal works. Gradually the further inventions as per the requirements for machining evaluated the old wooden or metal machineries to their existing form passing through several stages Previously manual pressure are used for machining tools that can be transformed to electrical pressure and mechanical pressure later on as the electricity invented. Earlier tools used flywheels with gears and levers for controlling. After the mid age of twentieth century Numerical controlled machineries and then CNC machineries were evaluated for better machining.

About Grinding Machine

It is used to grind the metal and other materials. It is well recognized as a Grinder in the Industries. It consist the abrasive wheel, the rolling wheel used as a cutter. It cuts the metal in chips. The importance of this tool is to make the finishing of metal work piece by grinding the small chips from metal surface. The process through which the grinding machine removes metal is called as abrasion. Heat gets produced during this process. It requires coolant to cool down the metal piece. Various types are used in different industrial applications.

Applications of Grinding Machine

Belt grinding – It is used for grinding wood and metals to finish, debar and material removing.

Bench Grinder – manual tools used for finishing operation consisting two wheels of different grains.

Cylindrical grinder – with multiple grinding wheels to create cylinder shape of metal. Precision tubes, rods and bushing are generated through this grinder.

Surface Grinder – Most commonly grinder with manual use or CNC operated surface grinder. The work piece movement in back and forth grinds the surface of metal piece

The Bottom Line

There are many other types of grinder like tool and cutter grinder, jig grinder and gear grinder used to grind metal piece for different applications.

Drill FAQ – What is Drill, Types of Drills, Drill Bits, Safety Measures of Drill Machine

DRILL FAQ

Drill FAQ will give you idea about the types of drill machines and their various industrial applications. Here it is tried to describe the common queries and needful information for drilling machine. For further query about the tools and their technical specification, you can visit the website – http://www.bhavyamachinetools.com

What is drill?

Drill is a tool used with cutter device like drill bit to drill various size of holes in solid materials like metal, wood and concrete etc.

What are the available types of drills?

There are various types of drills such as manual hand operated drills like bow drill, gimlet, breast drill and push drill. Electrical drills are pistol grip drill, hammer drill, cordless drill, drill press, radial drill and drilling cum milling machine.

What are drill bits?

Drill bits are the cutting tools used to create cylindrical holes in solid materials. Drill bits are held in the drills to get torque on rotation which creates holes.

What are the types of available drill bits?

There are various types of drill bits used in Industrial applications. Universal drill bits are used to make holes in wood, metal, plastic and others. There are different variants of universal bits like twist drill bits, step drill bit, unibit, hole saw etc, Metal drill bits as the name suggest, is used in metalworking for drilling. Variants of metal drill bits are center and spotting drill bits, core drill bit, countersink bit, ejector drill bit, gun drill bit, indexable drill bit etc. Wood drill bits are used for drilling in wood with different types of bits includes lip and spur drill bits, wood spade bits, spoon bits, forstner drill bits, center bits, auger bits, gimlet bits and adjustable wood bits etc. There are other bits used for different materials like diamond core bits, masonry drill bits, glass drill bits, PCB drill bits etc.

Where Pillar drill machines are used?

These are used to drill the solid materials with different sizing capacities ranging from 13mm to 40mm. It is used for tapping, screwing, counter boring, lapping etc. Easy installation and smooth operation with this type of drill press have made it more popular in commercial usage.

Where Radial drill machines are used?

Radial arm to drilling increase the operation versatility. Drilling of large and heavy metals and solid materials are executed quite systematically with accuracy and precision. The high quality steel parts, drilling column, arms and geared work head increase the tolerance capacity of the machine. This heavy capacity radial drills are used where it needs to bear high drilling resistant for drilling heavy metals with precision work ranging from 25mm to 40mm.

Why to use all Geared radial drill machine?

This is the advanced radial drill equipment and used in the industries where required high performance and precision drilling. It equipped with gears can greatly handle and adjust the speed of spindle to enhance the drilling accuracy with high drilling force. It is used with auto feed and fine feed to drill 40mm, 45mm drilling capacities in metalworking industries.

Where to use Drilling cum milling machine?

This two in one combo function machine is used for drilling as well milling and other machining like slotting and tapping. This high performance multi tasking drill machine is used where multiple job work needs to be done by a single operator occasionally or frequently.

What are the safety measures one must take during drilling operation?

It is one of the risky instruments during drilling execution. Several precautionary measures can prevent the accidents like always use holding device to fix the work piece from being escaped. Don’t shake/adjust the work piece while drilling is on. Use brush to clean the drilled matter to avoid burn. Keep any of the flammable material away from the drilling place. Hold the drill machine straight during drill cutting. Keep the drilling table clean during and after the process. One must use face protector to protect face and eye during drilling. Drilling must be careful to avoid breakage of drill bits that can harmful to the operator. Check the drill bits and drill unit well before operation. Drill bits must be sharpened.

Drill Machine – Types of Drills, Applications of Drill Machines

Drill Machine

Drill is a machine tool used for drilling the holes in solid materials like metal and wood with drill bit or driver bit. Drills are used in wide range of applications in metalworking, constructions and woodworking industries. The small drill is used for our household requirements to make holes on wall and materials. These are available in various sizes and power capacities. Drill is one of the oldest handy tools used from very beginning of the industrial era.

Types of Drills

Varieties of drills are manufactured as per the industrial needs. They are categorized based on different parameters like manual drills and automatic drill machines. Manual drills are referred as hand powdered drills used with hand pressure on the device/material to drill a hole. Manual drill variants are Bow drill, Gimlet, Breast drill and push drill etc. These are powered with electricity or compressed air known as electronic drill and pneumatic drill respectively. Drilling work is carried out at different locations with various types of drills including construction drill, wells drill, thermal drill etc. All drills have different applications of drilling from small to bigger size hole.

Pistol grip drill is commonly used in our daily work. Right angle drill is used in plumbing and electrical works. Hammer drill is similar to electrical drill with addition of hammer action on the same device. Rotary hammer drill is equipped with rotation mechanism used for drilling in solid constructions. Cordless drills with inbuilt rechargeable battery power are used where electrical supply is not reachable for drilling. Cordless drills consume high power. Thus need more spare batteries on charge during the drilling work to replace effectively on discharge of installed batteries.

Drill Press/Pillar Drill Machine

Drill press is the drill machine that can be stand mounted or fixed with floor or workbench through bolting. Drill press also known as pillar drill consist base, column, table, drill head and spindle. This bench drill use induction motor supply to execute the drilling operation faster with small or bigger drill bit. Drill press is quite lighter and efficient for operator compare to hand drill. The clamping of drill press makes the convenient positioning for precision and accurate drilling operation.

Radial Drill Machine

Radial drill machine with geared head put up press on large area without repositioning the work piece. Radial arm drill press is manufactured with several dimensions of drill head and varying base plate. Different thickness and size of drill bits are used here to drill from small to large size holes. These are very much popular and widely used in automotive, workshops and garages.

Drilling cum Milling Machine

Drilling cum milling machine is used for both drilling and milling operation. This lighter machine is having great option of milling capabilities to save the space including the added functionalities of shaping the materials.

Applications of Drill Machines

The basic function of drill machine is to create hole of different size in solid materials. Different drills are used for industry specific applications. Drill rigs are used to drill water wells and oil wells. Hand drills are used for screwing and fastening. Electrical pistol grip drill is used in common masonry works by builders, electricians and plumbers. Hammer drill is specifically used by carpenters to drill and fix the wooden parts. Cordless drills are useful where electrical supply is not possible to get for drilling. Pillar drill machine (also referred as drill press) is used in commercial applications where it required bulk production of drilled materials in various size and shape like metal sheets, plastic, wood, glass and concrete construction applications. The induction based power supply is easily controlled in drill press to increase or decrease the drilling speed and capacity. The capacity of drill press differs with pillar diameter, spindle nose, spindle travel, spindle speed and electronic motor used in the machine. These are widely used in automobile, printing and engineering field to increase the durability and tensile strength of the machine with effective execution to the resistive materials with quality performance. Milling cum drilling machine is broadly adopted in the industries where required mixing and grinding of solid and liquid substances.

Tool Room – Types of Tool Room Machines, Toolroom Setup

Tool room

Tool room is the room where the tools are kept for storage, prepare, repairing and machining. The space area can be varied based on the types of the tool room machines and applications. It may include high end electro-mechanical equipments for different applications like grinding, milling, shaping, slotting of metals. In lower scale, it can be defined as a small room to store all tools for servicing and repairing before giving it to the workers for operation. It consisting the big racks, shelves, cupboards and workbench to store and repair the tools. Thus it can have the facilities to design, manufacture and repair the custom requirements.

Types of Tool room Machines

There are various types manufactured by the tools manufacturing companies. Some of them are available with standard technical specifications as well can be manufactured as per industry specific application requirements. Major metalworking equipments are included in the types of tool room equipments. The widely used are Grinding, milling, shaping, slotting, bandsaw and hacksaw devices.

Grinding Machine – It is categorized further in manual surface grinder, hydraulic cylindrical grinder and centerless grinder. Grinding of metals and other materials are carried out by these devices with manual or hydraulic pressure. These are widely used in various industrial applications including engineering, automobiles and electrical.

Milling Machines – These are used to shape the metals and solid materials as per the defined or custom specifications. It is executed manually or automatically based on the types of milling devices that are manual milling, mechanical milling and digital CNC milling for automatic execution.

Shaping Machine – V Belt shaping with wide industrial acceptance to cut metals in curvature shape or angularly. The strength is high to work on ferrous and non-ferrous metals.

Slotting Machine – Metal & wood slotting is the prime requirements to cut and shape the metal slots on the head of metal and wood to create screws, bolts, wood screws and automobile custom parts. It with variation from slow to fast execution depends on the types in the market.

Bandsaw Machine – It is specialized for irregular cutting and curving of the metal shapes with precision accuracy. Based on technical features, various bandsaw devices from horizontal to double column are used in industrial applications.

Hacksaw Machine – It is used in wide range of industries for long time. The metal cutting efficiency of hacksaw unit is unbeatable with high accuracy and precision gathered with hydraulic hacksaw. Mechanical and semi hydraulic are also applied in applications where it needs low pressure.

Toolroom Setup

Tool room setup is the process to setup precision equipments as per the custom prototype machining for the operation, repairing and production. Setting up it required highly efficient and skilled execution with plan out the application installations for current and future requirements of tool room machineries.

Uses of Lathe Machine, Press Brake and Grinding Machines in Metal Forming

Metals are casted into different shapes and sizes and used for various applications. This shaping and metal forming process is usually carried out with the help of various kinds of machinery in industries like automobile, engineering, electronics etc. Some of the widely used categories of metal forming equipment include lathe machines, press brakes and grinding machines.

Lathe Machine

A lathe machine for metalworking applications comes in various forms and specifications. There are light duty, medium and heavy duty, roll turning and all geared lathe used to carry out different metal shaping tasks in different industries. While light duty lathes are widely preferred for low volume metal shaping tasks like in tool rooms, the medium and heavy duty lathe are usually preferred for industrial applications where bulk metal forming is the requirement. There are different uses with lathe. It can be used to cut, drill, knurl and deform different kinds of metals. Metals can be shaped to create objects that have symmetry about an axis of rotation.

Press Brake

Press brakes are common at the workplaces where metal bending is performed. With a press brake, metal sheets and plates can be bent and shaped to different dimensions and sizes accurately. A press brake forms predetermined bends by clamping the work piece between a matching punch and die. The shape of die determines the shape to which metal is bent. Therefore for performing shaping of metals to different shapes usually different kinds of dies are used. Press brake for metal bending now comes in different forms and specifications. Mechanical as well as hydraulic press brakes are two widely used forms of metal bending press brakes. Mechanical are generally preferred for low volume tasks where as the hydraulic ones are apt for large volume metal formations.

Grinding Machine

Grinding machine in metal forming applications is widely used to grind metals for better surface finish. It is very easy to work on the metals which must show high surface quality and high accuracy of shape and dimension. It like jig grinders can also be used for grinding holes and pins where as the belt grinders are apt for applications like finishing, deburring, and stock removal. Apart from these there are tool & cutter grinding machine which are best for low volume tool room applications and also the cylindrical grinders that are widely used in industries for making precision rods, tubes, bearing races, bushings, and many other metal parts.

How to Select Power Press for Metal Forming Applications?

Press machines or press brakes are the most important metal shaping tools. With these one can easily bend, cut and form the shapes of various kinds of metals. Different kinds of press machines are available in the market today. There are mechanical presses, hydraulic presses, arbor press, punch press and many more. However when it comes to the bulk metal shaping and forming tasks for industrial requirements is widely preferred.

What is the Use of Power Press?

It is actually an advanced and a powerful sheet metal equipments that can cut, press, bend and form sheet metal into different shapes and sizes. With a high quality power press the task of shaping and bending metals can also be carried out much accurately and faster too. It is possible to shape and cut various kinds of metals to precision with a power press. There are different kinds of devices available in market today out of which C type and pillar type machines are the most popular. Apart from these there are H type and also mechanical and hydraulic variants available in each category of machines.

Applications of Power Presses

The mechanical power presses require manual help for task execution while the hydraulic power presses are powered by hydraulic forces and are usually the automatic versions of metal shaping devices which operate without manual help. Therefore with hydraulic machines, metal shaping tasks can be carried much efficiently and with less labor required than the manually operated ones. So for those looking for this machine for low volume tasks like in tool room or workshops, mechanical variants will be sufficient and also can be got at much affordable prices but if the requirement is for bulk industrial applications then manual power press will not be suitable kind. Going for hydraulic versions will be better way to get high quality and top level performance with higher outputs necessary to speed up the bulk applications.

Features to Look for in a Power Press

Now-a-days these are available in C type, pillar type as well as H type frame constructions. Depending on the application where the unit is to be used and budget affordable one can go for selection of any of these. These are frequently pre-loaded with parts like shaft, gears, clutch, table and ram help for easy, fast and precise sheet bending operations. While selecting a power press for metal forming applications, one should definitely check out the quality and capacity of these components to ensure that the equipments you are investing in can give the apt performance you are looking for. Always select it that suits your requirement best. Do not get carried with unnecessary attractions offered by the dealers. You can go for either standard or can get designed a customized model depending on your requirements. A customized sheet metal power press can give you much better performance as per your requirements which might sometimes not be the case with the standard models. Do not finalize a model with a certain manufacturer initially. Enquire about various kinds of models available with various manufacturers and distributors and then select an appropriate machine that falls in your budget.

Machine Tools – Grinding Machine, Shaping Machine, Milling Machine

Grinding Machine

Grinding machine is one of the important tools for industrial usage. It is also referred as Grinder. It has two abrasive wheels for grinding the work piece. Grinder can be used to cut and grinding the work piece or metal piece through power controlled abrasive wheels that can be run on desired speed for better grinding. These abrasive wheels are used as a cutter that has a rough surface cuts small chips from the work piece and makes the metal piece surface area smoother with accurate cutting. Thus it removes material from the work piece by the abrasion method. This process generates heat which needs to be cooled for easy operation. Inbuilt coolant cools down the generated heat during the grinding process. Grinder cuts the metal with high quality and accuracy to give the best precision work. There are various types of grinding machines are available in the market for different industrial grinding needs. Belt grinder is used for debarring and grinding of metals and materials with coated abrasives. Bench grinder with different grain sized wheels are used for roughing and finishing of shaping tool bits and used for manual operation. Tool & cutter grinding are used for different industrial tools and cutter to grind and shape with precision accuracy. CNC controlled surface grinder are used manually for grinding the metal or other work pieces. Jig grinding machine is used to finish jigs, dies and fixtures. It is used in the process of manufacturing high quality precision gear.

Shaping Machine – It is used to cut flat metal surface. It is used when it needs to cut large amount of metal from the workspace compare to milling. Back and forth movements of top cutter through rotating wheels cut the measured amount of metal surface portion and carefully bolted down. The mechanism of the device is simple and widely used in major industries now days; though there are more technological advanced featured machines are available. Shaping is mechanical tool used to cut and shape metals like steel, aluminium etc.

Milling Machine – Cutting of solid metals is quite easy and accurate with milling machine. There are two types of classical segmented millings are used in industries. Horizontal milling and vertical milling. Sizes of these are vary as per the cutting requirements of metal from small, bench mounted and big room size milling machine. There is a movement of workspace radially passing through the rotating cutter of the milling machine that cut and smooth the surface of sides and tips. The speed of this cutting tool is controlled by electric panel. There are various types of variants available as per the industrial needs.

Metal Shaping, Sizing, Slotting & Bending with Machine Tools

Metal shaping and sizing is a big industries which needs heavy machine tools to differently shaping a cutting of the metals. Handling with tools are totally mechanical works with electrical integration. In this process metal work piece is carved by the industrial machine tools as per the required shape and size to be performed by unique types of tools specialized in cutting and shaping the metal as per the needs. In this article, it is discussed about very few useful metal types of machinery used in various industries frequently on daily basis to prepare the metal work pieces in new forms.

Slotting Machine: Slotting and shaping are the functionality of this machine. Solid metal parts are cut through mounted cutting tool with movable table parts to move the metal part back and forth to slot at various angles. It is widely used in industrial manufacturing of T-slotted metal, grooves and metal curved parts.

Shaping Machine: Easy and efficient shaping of the metal piece is carried out by this tool. Metal shaping with precision work is done through It. For more details of technical specification and applications, you can log on the website www.bhavyamachinetools.com Continue reading →

Types of Machines Used for Shaping and Cutting Metals

Types of Machines Used for Shaping and Cutting Metals

The use of metal has become essential in many industries like automobiles, construction, electrical, furniture etc. Thus, there are many equipments used for shaping and cutting metals for the faster production. The need of robust and efficient machines is always there in various industries so that there is fast production at minimum costs. In different industries there are various requirements in terms of cutting and shaping metals. There are different types available to suit the different requirements, as given below:-

Shaping Machine

It is used in many industries as it is used to shape straight and flat metal surfaces as well as for cutting various metals like steel, aluminium ferrous and non-ferrous metals to form different angles, shapes and curves.

Power Press

Power press is a tool which is used to bend, cut, press in order to form metals into different shapes and sizes. Power press is one type of sheet metal and is used in various industry segments as it is extremely versatile unit used for metals.

Slotting Machine

Slotting like a shaping machine is a type of tool room equipment used to shape and cut metal and wood materials. It can make slots on heads of metal screws, wooden screws, bolts and other automobile components. Perfect slotting has been achieved out of the slotting machine because it incorporates advanced technology.

Milling Machine

It is used to accurately shape different metals and solid materials. It is being used in tool rooms in various industries for cutting and shaping metals. Milling are basically diversified into two forms, horizontal milling and vertical milling. Further, it has been classified into manually operated milling, mechanical automated milling and CNC milling. All these milling machines can cut, drill and shape metals to be used in different applications.

Press Brake

Press brake is a machine which is used to bend metal sheets and plates to form them in different sizes and shapes. The press brake is advantageous in terms of speed and accuracy. The metals bend by press brake are used in various industrial applications and manufacturing automobiles, home appliances etc.

The above mentioned are only some of the machines used for metal cutting, shaping and bending.

Shaping Machine, Slotting Machine, Milling Machine

Forms of Metal Forming Machinery – Shaping Machine, Slotting Machine, Milling Machine, Lathe Machine

Different kinds of metal working machineries are used to form the metals into required shapes and sizes. These include the metal shaping machines, metal cutting machines, the slotting machines, milling machines and lathe machines.

The metal shapers and cutters are the basic forms of machineries used in industries for metal fabrication tasks. Both of them are employed to give the metals desired forms or shapes. The metal piece is brought to a specified geometry by removing excess material from it using various kinds of tooling with these machines. The final product obtained from these metal shaping and cutting machines are the finished parts that meet size and shape specifications of the user.

Slotting Machine

One of the widely employed forms of metal cutting and shaping machinery is slotting machine. A slotting machine is used to slot and shape the metals. It can make slots on hard-to-cut metal parts like heads of blank machine screws, wood screws, bolts, automobile components etc. The operation employed in these slotting machines is carried out using a mounted cutting tool in conjunction with a movable table that moves metal back and forth to create the different shapes. The tasks like the creation of grooves, T-slots, dovetails, and curved surfaces on the metals can be easily and efficiently be carried out on slotting machines.

Shaping Machine

On the other hand the shaping machine is good when machining flat metal surfaces is the purpose. Especially when a large amount of metal has to be removed for shaping machines are really very efficient. The milling machine is just one of the forms of metal shaping machinery that is used when complex metal shaping tasks with much accuracy are needed to be carried out. The milling machine is comparatively much expensive and better for the tasks where shaping can be achieved by removing smaller amounts of metal.

CNC Lathe Machine

Producing cylindrical or axis identical parts is yet one of the most common requirement in industries like power plants, steel rolling mills, tool rooms, ship building, repairing shops, paper mills, workshops, textile, oil, mining industries etc. To meet this requirement often CNC lathe machines are used. These lathe machines turn the metal work piece producing a cylindrical or axis-symmetrical surface by employing cutting, or deformation tools. The headstock, the carriage, and the tailstock are the three main components of these metal forming machineries that are used to produce an object which has rotational symmetry about an axis of rotation. The headstock secures the work piece, tailstock holds the cutting tool to be used to cut the metal and the carriage moves the cutting tool around the rotating work piece, gradually shaving the material from the work piece to give it the desired shape. In the recent times CNC lathe machines have been developed which are advanced and automated forms of the traditional lathe machineries. These are computer controlled machines which are designed to automate most of the metal forming tasks which were earlier performed by the user himself for metal fabrication.

Sheet Bending – Press Brake, Power Press

Sheet Bending Process and Machines

Sheet bending is a process of metal forming through which metals are bent into desired forms. In a sheet bending process the metals are casted into the required form by exerting a strong force on them. The force applied on the metal actually causes it to deform along one axis only but by applying the force repeatedly with a sequence of different operations the metals can be deformed along multiple axes thus forming the shape desired out of the metal piece.

Sheet Bending Process

In the process, the metal experiences both tension as well as compression. The tension will cause the outer part of the work piece to stretch further in the length where as the inside portion will experience the compression and will be shortened due to the force exerted. Apart from these two factors, the metal will also be subjected to residual stresses after the bending and these forces will try to slightly get back the metal to its original shape. For this reason the metal is often subjected to a little much bending than required so that the accurate sheet bending can be acquired in spite of the residual stresses acting on it.

Machines for Sheet Bending Process

To achieve bending, the metals need to be stressed beyond their yield strength and below the tensile strength and this is not at all an easy task as metals are very hard substances. Therefore to achieve sheet bending, most often the tools like press brakes, shearing, power press and bending roller are used especially for the industrial applications where the quantity requirement is large.

Press Brake

Press brake is one of the basic and popular forms of sheet bending machinery. Available in manual and automated versions, this machine is used to bend metals of different kinds in wide variety of industrial applications. In press brake the metal deformation is achieved by placing it between tools called punch and dies. Punch is the upper tool that exerts force on the metal piece where as the die is the bottom tool casted in a specific shape into which the metal will be casted when force is exerted on it. While metal is subjected to force of the punch, it is held back in position with a back gauge so that accurate bending with accurate angles can be achieved without any disturbance in positioning of the work piece. With various techniques and types of punch and die tooling, the customized bending can be achieved. For severe, faster or bulk tasks, when required to be performed on the harder metals, use of stronger tooling will efficiently serve the purpose.

Power Press

It is one of the most important variants of sheet bending. It is usually available in two types of constructions – C type frame and pillar type frame. In c type the built frame of the machine is similar to that of alphabetical ‘C’ shape and therefore it is called as C type power press where as in pillar type the frame of the machine is pillar type. Both the types give an efficient performance in cutting, pressing, bending and forming the sheet metals into different shapes and sizes.

The Bottom Line

Apart from these, there are even the shearing machines which can be employed for cutting large sheets, bars and plates of metallic and non-metallic materials into different shapes and therefore are utilized in industries like automobile, printing, food processing, engineering, electronic, plastic, wood working, electrical, construction for various metal shearing tasks.

Machine Tools for Sheet Metal Industries for Slotting, Shaping & Bending

Slotting Machine for Sheet Metal Industry

It is used to shape and cut metal, wood and other hard materials. It is a heavy duty machine with robust design and high speed equipment used in metal industries. Slot making applications are handled in factories like to make slots on heads of bland screws, bolts, wood screws and other automobile parts. It is one of the important tools in the sheet metal industries as well in electrical, furniture and construction industries.

Shaping Machine for Shaping the Metal Surfaces

It is used to shape metal surfaces with straight and/or flat surface. Various metals like steel, ferrous/non-ferrous metal parts, aluminium are used with this machine for casting in different curves, angles and shapes. Continue reading →

Why and Where are Slotting Machine, Milling Machine, Bandsaw Machine, Tool & Cutter Grinding Machines Used?

Slotting Machine, Milling Machine, Bandsaw Machine, Tool & Cutter Grinding Machine

The advancing technology has brought up different kinds of machine tools for human use. There are lathe machines, drilling machines, milling machines, slotting machines, bandsaw machines, tool & cutter grinding machines, construction machines, wood working machines, automobile machines and various other kinds of machines being employed in various sectors today for faster and efficient work. These machine tools have greatly simplified, fastened the production work and also allowed higher productions at minimum energy consumption rates in the specific sectors. Let us now have a brief look on why and where the popular slotting, milling, bandsaw and tool & cutter grinding machine tools used in tool room and industrial applications today.

Slotting Machine

A slotting machine is widely used in automotive, furniture, electrical, construction and heavy industries. Its main purpose is to shape and cut hard materials like metal and wood. The slotting machines used in industries are generally the heavy duty, robust machines designed for faster and high speed metal productions in industries. These machines are widely employed for slot making applications in industries including making slots on heads of blank machine screws, wood screws, bolts, automobile components and other similar parts. Continue reading →

Types of Power Press and Press Brake

Types of Power Press and Press Brakes Used in Industries

Presses are the most widely used forms of sheet bending machines in the world. The press machines of present day are multi tasking devices that can be used for cutting, bending and shaping various kinds of sheet metals. With advancements in technology, today different kinds of press equipments both in standard as well as customized specifications have come up in the market, which have simplified the metal bending tasks in different industrial sectors. Some of the popular forms of press machines used in industries today are mechanical, hydraulic press brake, C type , pillar type and arbour press.

C Type Power Press and Pillar Type Power Press

These are used in large industries that demand the use of heavy machinery and equipments. There are mainly two types depending on their frame design – C type power press and pillar type power press. The C type is designed like a C shape with an intention to maximize the floor space for the workers allowing them to move around easily at the workplace. Available with extra features such as wheel stands and pressure gauges, these are usually employed for straightening, drawing and assembling work. On the other hand the pillar type power press consists of two pillars and bed at center and is usually used for tough bending applications. The design of these machines ensures that they provide additional stiffness especially on the points where maximum stress and jerks are possible while eliminating chances of deflection and therefore giving comparatively more economical results. Continue reading →

Sheet Bending Machine, Types of Sheet Bending Machine, Applications of Sheet Bending Machine

Sheet Bending Machines – Types and Applications

Metals need to be casted into different shapes and sizes for various applications in different industries. They are normally very hard and therefore could not be bent or shaped easily. For bending and shaping of metals, a special category of unit is used called sheet bending or metal bending machines.

Types of Sheet Bending Machines

Different kinds of sheet bending equipments in various configurations are now available in the market. There are highly sophisticated models used in industries for bulk processes as well as those that are used in low production processes in small work shops or tool rooms on a work site. Some of the popular kinds are press brake, bending roller, shearing and power press metal forming.

Applications of Sheet Bending Machines

Sheet bending machine is mainly used to deform or shape metals into desired shapes and sizes. The metal is subjected to higher stress causing it to deform because of disturbance in its yield and tensile strengths. Here a strong force is applied on a metal part to be shaped causing it to deform in a particular direction. For metal to be casted into customized irregular shape, a sequence of operations are to performed on the metals with these sheet bending.

Press brake is one of the most important variant of sheet bending machine tool used for bending metal sheets and plates into customized shapes. Different kinds of press brakes are employed for metal bending applications in industries. Mechanical, pneumatic and hydraulic press brake models are most famous. Different metal forming jobs like curling, angled shaping, bending, bottoming, seaming, hemming etc. are possible with any of these press brakes by the use of various kinds of dies. Bending roller can be used for bending and straightening sheet metal covers and parts of boiler tanks, pressure vessels and converters where as shearing tool like mechanical and hydraulic shearing can be employed for cutting sheet metal to size out of a larger stock. Large sheets, bars and plates of metallic and non-metallic materials can be easily and accurately cut into different shapes with the help of shearing machine. Another important variant of sheet bending machine, called power press is the best metal bending equipment with which most accurate metal cutting, bending and shaping tasks can be executed for bulk industrial processes.

Tool Room Machines – Slotting Machine, Shaping Machine, Milling Machine

Tool Room Machines – Slotting Machine, Shaping Machine, Milling Machine

Tool room is a space for making tools. In a broader sense it can be defined as facility where the tools and machining equipment are made, stored, and repaired on a work site. Usually these tool rooms can be found in metalworking facilities where quite often there is need for production of custom tools and equipment. That are used in these tool rooms are often referred by special category called tool room machines.

Machines in the category of tool room equipments are usually those that are well suited to the low volume production applications of tool room departments. Some of the widely used kinds of tool room equipment are slotting, shaping, milling, tool & cutter grinding, bandsaw and hacksaw machine. Let us now have a detailed look on slotting, shaping and milling used in tool rooms. Continue reading →

Sheet Bending, Sheet Bending Machine

Popular Sheet Bending Machines

The act of bending metals into desired shape can be termed as sheet bending. In a normal sheet bending process force is applied on the metal causing it to deform in a particular direction and this mechanism is usually employed with the help of special kind of equipments called sheet bending. With this, one can deform the shape of various kinds of metals. Aluminum, brass, copper, steel, tin, nickel and titanium are few of them.

The sheet bending machines are robust equipments designed with parts like bending beam and die sets which help in carrying out customized metal bending. The metals are stressed beyond their yield and tensile strengths to give them the desired shape. They are actually deformed only along one axis but when sequence of different operations are performed on them, even the complex shapes can be casted with sheet bending. Continue reading →

Metal Bending and Shaping Machines – Press Brake, Lathe Machine

Metal Bending and Shaping Machines – Press Brake, Lathe Machine

Basically two types of equipments are widely used in metal forming industries. One is sheet bending and other is lathe. A sheet bending machine is the one that bends metal sheets into miraculous shapes whereas the lathe machine is used to create metal work pieces with evenness about an axis connected with rotation.

Different kinds of sheet bending are employed for various metal bending and shaping tasks in industries. Press brakes and power press are the popular ones.

Press Brake

Press brake is a special kind of sheet bending tool in which strain is exerted by the upper punch tool is on the material placed on the die tool at the bottom. The material gets deformed as per the shape of the die. If the die is U-shaped the metal will deformed to U shape and if V-die is used then metal will be bent into V-shape. Depending on the type of force used to exert strain on the material, It is classified into various categories; mechanical, hydraulic, pneumatic and servo-electric devices. In mechanical press brake, electric motor is the source of energy used to empower the flywheel that is engaged by clutch to power a crank mechanism that moves the ram vertically to perform bending job. The advantage of mechanical press brake is that accurate tasks can be performed much faster but the problem is the control over the motion of the ram which cannot be easily stopped at any required time as that in the hydraulic ones. The hydraulic press brakes that are operated by synchronized hydraulic cylinders are safer and energy saving metal benders in which ram motion can be stopped at any time. On the other hand pneumatic and servo-electric machines that operate by air pressure and servo motors respectively are generally preferred for low tonnage applications.

Power Press

These are used to lower, press, fold and kind sheet metal into various shapes and sizes. These are usually equipped with parts like shaft, gears, clutch, table and ram to enable for easy, quick and precise sheet bending operations. C type power press and pillar type power press are the popular categories of power press used in industries.

Lathe Machine

Apart from bending, metals are also shaped to create axis symmetrical objects and this task is accomplished with the help of lathe machines. It is a tool which rotates the work piece on its axis and various operations such as cutting, sanding, knurling, drilling, or deformation are performed with tools on the work piece to create an object that is symmetrical about the axis of rotation. Different kinds like CNC lathe, roll turning lathe and all-geared lathes are generally employed in industries to accurately shape out different kinds of metals as per requirements. Lathe machines with best features can accurately device out even the hardest metal into a functional work piece.

Sheet Bending with Press Brake

Sheet Bending with Press Brake

Different kinds of machines are employed for sheet metal forming tasks in industries like lathe, sheet bending, power press, press brakes etc.

It is a special kind of sheet bending machine that is designed to meet tougher metal bending requirements in industries. It applies direct strain about the metal sheet and alters it to the desired form. It is commonly utilized all over the entire world to mold all types of metals into different designs. Aluminum, brass, copper, steel, tin, nickel and titanium are some common metals which can be bent into desired shapes using a press brake.

To bend metal using press brake it is first of all inserted in the jaws of press brakes. It is placed between the two tools of machine called punch and die. Punch is the upper tool which exerts force on metal sheet and bends it, while the die is the lower tool of the machine having a specific design. It is in this design that the metal will be casted. For bending, the sheet is placed on the die and held in place by the back gauge while the punch lowers and forces the sheet to bend according to shape of the die. Once this is done, in normal cases the sheet tries to regain its normal position because of the residual stresses acting on it and therefore the sheet is usually over-bent to achieve a proper bend angle.

There are basically three basic types of bending performed using a press brake; air bending, bottoming and coining. In air bending, material is formed by pressing a punch into the material into a bottom V-die. Disadvantage of this method is that it is not as precise as other methods and stroke depth must be kept very accurate. Variations in the thickness of the material and wear on the tools can result in defects in parts produced. Bottoming is similar to air bending. Here also the sheet is forced against the V opening in the bottom tool but the advantage of this method is that it provides greater accuracy and less spring back than air bending. A different tool set is needed for each bend angle, sheet thickness, and material and therefore in general, air bending is the preferred technique in this case. The third process is coining in which the top tool forces the material into the bottom die with five to 30 times the force of air bending. It causes a permanent deformation through the sheet with very little or approximately no spring back at all. This means that with coining high precision can be attained but due to its higher costs it is not often used.

To perform bending, today different ranges are available in the market. Depending on the type of force used for bending, there are 4 different type of brakes; mechanical, pneumatic, hydraulic, and servo-electric. Depending on accuracy, speed and quantity of bending to be performed, one can select the best one for their applications by considering factors like work pieces to produce, inner radius required, accuracy, tooling, flange width etc.

Importance of Machine Tools for Milling Machine, Sheet Bending Machine, Lathe Machine

About Machine Tools and Their Importance

The term tool refers to the category of machinery which is generally powered electrically or hydraulically or by any means other than human effort. These are widely used to make manufactured parts or components in various ways that include cutting or certain other kinds of deformation. By constant research and day-by-day developing technical strategies, today a wide range of tools have evolved to make the industrial processes simplified and easier to work out.

A milling device is definitely is one of the best examples of tools that have evolved to make solid material machining processes in industries simpler. With the help of this one can perform a vast number of operations ranging from simple tasks like slot and keyway cutting, planing, drilling to complex operations like contouring and die sinking. There are two categories now available in market. They are horizontal milling and vertical milling where horizontal and vertical refers to the orientation of the main spindle of the device. Continue reading →

Power Press for Sheet Metal Industry

Power Press for Sheet Metal Industry

It is a sheet metal machine for cutting, shaping and compression of sheet metal with press mechanism is called as power press. Pressure is applied to shape and impression on material body. Different types are used for various functions like mechanical, hydraulic, pneumatic, c type, pillar type etc. These are used in sheet metal machinery works, engineering and industrial applications. High quality power press machine gives the best, accurate and most enhanced safeguards with advanced safety controls. It needs to handle carefully by expert and trained operator for mass production with rotating flywheel, which operates ram acts on metal sheet workpiece. Different parts have numerous functions with bed, bolster, ram and plate. Continue reading →

Mechanical Power Press, Hydraulic Power Press, Pneumatic Power Press

Power Press

It is a machine through which a metal sheet is cut or shaped or compressed with the pressure is known as power press. This cutting tool is fed into the work by pressure for shaping or impression on material body. There are various types available in the market like C type, pillar types for sheet metal industry. It is used to cut, shape and compression to the sheet metal or any other material. These are used in numbers of engineering and allied industrial establishments. It must be high quality for consistent operations with sturdy construction, fast and stable response time. C type power press’s durable powers brakes have high torque which offers excellent resistance with high operating frequency and rapid response time. Thus this machine must be handled very carefully by expert and trained operator by taking all precautions to avoid any accidents while operating the power press machine.

Types of Power Press

Majority countries have several rules and regulation for safety guards to operate this machine in metal working machine industry. Power press is categorized as mechanical, hydraulic and pneumatic power presses based on types of operations and functioning systems. Now automation is also integrated with power press for better features, high production with best security guards. Though many features are same in all types of power presses. Mechanical power press is widely used power press. Mechanical power press has two main components is moving ram to function power press and a stationary bed or surface for the part to be machined. Power press can punch parts out of material, shear off material, form material, and assemble metals, all by using a combination of dies attached to the moving ram and bed. Pneumatic power is used in this press for all movements as air is a cheap power source and also it is readily available. Pneumatics also ensures safer operation and ease of fabrication of components. For Punching operation alone hydraulic power is used in order to obtain very high pressure and to avoid fluctuation.

Power Press – Safeguards

Power press operator should have knowledge for power press controls, pinch points or moving parts functionalities and about safety devices. Expert training must be given to the operator to lock out machinery, lubricating press machine, remove stuck work and procedure to follow on arising problem. The operator should know well for personal protective equipment, safeguards work and their adjustments. Power press manufacturers always keep safeguard to the hazards in power press design. There are various methods which taken care while manufacturing power press design for safety point of view like to prevent the operator being physically reach to the point of operation during the down stroke with guarding and interlocking or you can use presence sensing mechanism like light curtains which stops the power press from cycling while the operator is near to the point of operation. So there are many safety measures and controls given by manufacturer of power press. Operator must follow them during operation execution to avoid any unwanted accidents. Properly guarded power press with interlocks is good for safety and easy operations.

Types of Power Press, Applications of Power Press – C Type Power Press, Pillar Type Power Press

Power Press – C Type, Pillar Type

It is used for bulk production from cold working of ductile materials like mild steel with rotating flywheel acting as energy storehouse to operate ram to impact on the workpiece. It is used to operate various functions with bed, plate, bolster and ram. Knock out mechanism is used to eject the furnished work piece from power press. Proper cushioning must be there beneath the bolster, when heavy effect is given to the workpiece. There are different types are available in the market such as c type and pillar type for sheet metal machining work is used in manufacturing industry. C type is designed in such a way for continuous production with accuracy. The frames are of solid steel fabricated with suitable cross ribbing. The clutch gives continuous strokes for mass productions. Crank shaft is made of special alloy steel and fitted in with gun metal bushes for smooth working and longer life. Table and ram are perfectly aligned to each other to get high precision power press execution.

Power Press – Types & Applications

Various applications are applied like bending, curling, piercing, deep drawing etc. Automation makes the power press faster, which is the main requirement of production industry now a day to save money and time. Thus research and development is going on for these heavy machinery to make them more effective for the functions, high production, least wastage of raw material and easy operation with best protection guards to secure the operator’s life along with technical enhancements like speed of the power press, width of the stock etc. continuous feed of the stock is a complex process which requires to be streamline and easy to be done in proper manner. Accuracy is required for better production through power press; otherwise it can create the defective piece leads to wastage and production loss. It also has a great advantage when you require more complex shapes formed into the sheet metal. It is defined as mechanical, hydraulic and pneumatic. It consisting mechanical parts, clutch and brake assemblies, electrical systems, tooling or dies, safeguarding controls, material handling etc. hydraulic power press is designed on Pascal’s principle that pressure throughout a closed system is constant. OSHA and ANSI standards are defined for safety measures.

Safety Controls for Power Press

It is a machine needs to handle carefully by skilled operator with proper training. A little mischief can lead to a serious accident if not taken care. Thus need to take care of hands, fingers, arms and other body parts while operating the machine. Proper safeguards, frequent inspections, employee training and regular press maintenance are vital to the prevention of any injuries. The operator must take care where stock is inserted, held or withdrawn by hand. It is designed in such a way which eliminates the possibilities to place any body parts in contact with hazardous moving parts. Operator must know the importance of safeguards and never remove or alter with the safeguards. Extensive training on different types of press machine can make the person more skilled to handle power press efficiently without any injury.

C Type Power Press, Pillar Type Power Press, Safety Measures for Power Press Operation

Power Press – C Type Power Press, Pillar Type Power Press

Power presses are powered equipment used to stamp, cut or form materials by the use of dies (or tools). They include equipment known as “croppers” or “metal workers”. These are large machines with C type and Pillar type. These machines have a table or bed with brushes or roller to allow the sheet metal workpiece to traverse with low friction. Power press ‘C’ type is available in various tons capacities. This type of machine is used for high quality production. Pillar type is known for its high performance, efficiency, durability, low maintenance, easy installation with fast production. It is heavy machine to operate carefully to avoid injuries in metal machinery workplaces. They are considered to be at high risk machines. This machine must be guarded well with safety measures and regular maintenance is must to avoid any malfunctioning leads to serious injury. Nobody has to be in overconfidence while operating this machine. Ensured is must that machine guards are working well. 50% of power press injuries are caused by relying on the operator to synchronize the movement of their hand with the operation of the foot pedal. The machine operator must be properly trained and experienced to operate it well with caution. Continue reading →

Power Press – Power Press Safeguards, Power Press Check List for Safety Measures

Power Press

“Power press” means a press or press brake for the working of metal by means of tools, or for die proving, which is power driven and which embodies a flywheel and clutch. Pillar type is highly precised combined with accuracy and most suitable design for various tough jobs. The primary function of the said type of power press is to resist the forces created during operation and maintenance of proper die alignment. Pillar type has fast speed and low noise for maximum output. This pillar type and C type available in different models based on crank shaft diameter, stroke adjustment, hole in ram, hole in bed, dist. bed to ram, stroke per minute and many other factors. C type’s is best suitable for Engineering, automobile, electrical, agriculture, bicycle industry etc for trimming, straightening, pressing, assembling and disassembling of various components. Industrial Hydraulic owing the features like robust construction, energy efficient and durable, which is used for extensive hydraulic applications in various industries.

Power Press Safeguards

It is designed in size by the force which can be generated from 5 ton to 250 ton capacity. Due to heavy pressure, it requires to have safe operation with active safeguards, automation and reliability of the control system, the tooling condition with feed mechanism and work area for power press. Training, awareness and strict observation, safe work practice is must to operate the machine securely. The operating controls like mode selector, palm buttons, top stop, foot switch and emergency stop etc should be in good working condition. The guard or safety controls must positively prevent body access into the danger zone. The sides and back of the machine should be guarded or placed in such a manner that nobody should be injured by any part of the machine. Check well before operating that safety controls are working well. Die area must be cleaned without any slugs or debris while operating. The press guard must be designed in such a way to place parts into the die easily. It operation needs skilled, experienced and well trained operator.

Power Press Check List for Safety Measures

Every operator must check well before starting his work and should confirm his check list for safety measures like nothing should be placed scattered on the machine like turnover bar, die block on the power press. The operator must know the maximum thickness or gauze and type of metal which the tooling can safely run. There should not be any vibration or squealing, shuttering, clicking, clanking from the machine. Die stripper, take-up reel should work properly during operation. Die should not bind or jam due to the tooling, the press or due to the stock. Always use proper protection for eye, face and body during press brake operation. One must thoroughly go through the manufacturer’s instructions manual before starting the operation on power press machine and if found any malfunctioning or improper working of the machine, one must stop the machine and contact the seniors and manufacturer for maintenance.

Press Brake – Types of Press Brakes, Applications of Press Brake

Press Brake
Press brake is also known as “Brake press” or “Break” is a machine tool for bending sheet and plate material. It is described using two parameters – working length and force or tonnage. Who can operate the machine would depend on one’s knowledge and skill about this cannot be done by an ordinary and inexperienced person in the field.

Types of Press Brake

It is defined in several categories based on applied force like mechanical, pneumatic, hydraulic and servo electric press brake. A mechanical press is advantageous in terms of speed and accuracy. Pneumatic and servo-electric machines, on the other hand are used for lower tonnage work or applications. Furthermore, hydraulic brakes are used to produce high quality products that are reliable and use little energy.

Applications of Press Brake
Press-brake forming is an art, and greatly dependent on operator skill. Therefore, it is expected that varying levels of quality and productivity are to be achieved by two different operators. Consequently, inconsistent results are also accepted and need more attention for consistency. Higher differencing parts are reworked, scrapped or simply passed to the next stage.

It is very useful for sheet metal bending. The produced sheet metal afterwards will then be useful for a wide array of applications in the manufacturing industry. These produced sheet metals are used in home appliances, vehicles, in heavy equipments, these sheet metals are sure to be functional on everyday lives of people. But before the right sheet metals are formed, sheet metal benders should first consider the right die design to produce the right sheet metal. These are used in many different forming jobs with the right die design like V dies, rotary bending dies, acute angle dies, radius dies etc. In a mechanical press, energy is added to a flywheel with an electric motor. A clutch engages the flywheel to power a crank mechanism that moves the ram vertically. Accuracy and speed are two advantages of the mechanical press brake. Hydraulic press brake operates by means of two synchronized hydraulic cylinders on the C-frames moving the upper beam.

Mechanical press brake offers a rigid ram level and easier to overload and difficult to bring ram close to material for scribed line work. Skilled operator needed to slip clutch for adjusting. Mechanical brake presses don’t enable you to adjust the stroke length. One must complete the revolution and cycle the machine completely.

Hydraulic press brake is safe and more expensive. These types of brakes are slower and have more precision bend work with better control when inching down and setting up for your bend, they can return to the top any time. These are easy to operate and provide simplified and easy controls for optimum output with better operator efficiency. Bhavya Machine tools is a leading manufacturer in India offering high quality and machinery tools with advanced features. Visit www.bhavyamachinetools.com for further information.

Drill Machine – Types of Drilling Machines, Applications of Drilling Machine

Drill Machine
It is used for drilling holes in different materials. It’s also called as drill press used in drilling various sizes of holes in any surface area and to a precise depth. They have revolutionary changed the industrial work of every kind to make the complex task very simple. Fine quality equipments with latest technology and standards have made the machining work more precise and accurate. These are in high demand across the world due to effective precision machinery work and cost effective price and maintenance. There are varieties of drilling machines for different applications.

Types of Drilling Machines

Drill machines are categorized as pillar drill machine, radial drill machine and drilling cum milling machine. Pillar drill machines have rigid structure and vibration free machining. 13-20-25mm pillar drill machine and 38-40mm pillar drill machine are used in different industries worldwide. RAM from special alloy steel pipe of more thickness gives more strength bearing capacity. These are very common and parts are also easily available. These are available in various dimensions of drill head, base plate and capacity. All geared radial drill machine comes in several models with highest degree of accuracy. All geared drilling machine comes in various capacities for drilling various radius ranges. The bearing shafts and main assemblies are force lubricated and gears are induction hardened and the spindle is hardened and ground. Radial drills are of three types. One is plain radial drill where the drill spindle is always vertical and may not swing over any point of the work. Drilling cum milling machine is two-in-one functioning machine works for drilling and milling operations.

Applications of Drilling Machine
Drill machine made from quality materials, using advanced technology have low maintenance and high performance with higher precision machining work. Various models provide convenience and versatility. These machines are used in industries like manufacturing, metalworking, woodworking, masonry and construction as well. Apart from drilling holes, drill machine is featured of performing various tasks like tapping, spot facing, reaming, counter sinking and counter boring etc. Tapping is a process to hole in pipelines under pressure. Spot facing application is furnishing finished circular surfaces around the top of a hole for seating the washer or the bolt head. Pillar drill machine is used to drill holes in concretes, rocks, heavy duty machines, metal sheets, plastic, wood, glass and other material. It has durable bits which extends the efficiency and performance in heavy load conditions. The height and penetrating assembly of the drilling machine can also be adjusted.

Radial drill machine is a machine, where drilling head is mounted slide along a radial arm which can be rotated, raised or lowered on a vertical mast to adjust the position of the drill above the work piece. The radial drill machine is much known for its precision, accuracy and efficiency. Radial drills are designed for very precision and accurate work ensuring smooth rotation of column and avoid angular deflection of spindle axis. It is of very much robust construction for heavy duty drilling. Minute inspection with accuracy is required while operating radial drilling machine. The drill table is placed on a solid foundation to hold the heavy work. When the piece of work is secured on the drill table, the drill spindle may be placed over any part of the work without moving the latter.

Drilling cum milling machine is used for both drilling and milling function on the work piece. Bhavya Machine Tools is one of the prime machine tools manufacturers in India provides all types of drilling machine and other machinery tools with reasonable quote.

Sheet Metal Machine – Types of Sheet Metal Machines, Applications of Sheet Metal Machines

Sheet Metal Machine

Machine tools are the devices used to cut, drill, press, and shear the hardened materials into specific forms. Metal Forming Machine are used to cut, press, bend and form sheet metal into different shapes and sizes. Various metals are used for this process. Aluminum, brass, copper, steel, tin, nickel etc are used for various automobile, medical and other industries.

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Types – Sheet Metal Machine

Sheet Metal Machinery are applied in different applications and industries. Several types of power press are available like C type power press, pillar power press, hydraulic, punch press, H type power press. Hydraulic press use hydraulic cylinder to generate a compressive force uses hydraulic equivalent of a mechanical lever. Hydraulic power press is commonly used for hydroforming.

Sheet bending is a type of sheet metal machine use to form heavy and large right angle and curved folds on the sides of the trunks. Steel body fly press is also a categorical bending tools used for particular press work with higher centre distance, accuracy and efficiency. Arbour press is used for general engineering workshops, automobile workshops and garages. Other types are swaging, small and imported sheet metal equipments are used for various industrial applications.

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Industrial Applications of Different Sheet Metal Machineries

How to Choose the Right Sheet Metal Machine for Your Business

When selecting the right sheet metal machine for your business, it’s essential to consider factors like production volume, material type, and the specific needs of your project. Some critical considerations include:

Capacity: Choose a machine with a capacity that meets your production goals. If you plan on processing large volumes of metal, opt for high-capacity machines that can handle increased workload without compromising on precision.
Material Compatibility: Different machines are designed for different materials. Be sure to select a machine that is compatible with the types of metals you use, whether it’s aluminum, steel, or copper.
Automation vs. Manual Operation: Depending on your workflow, you may need an automated machine that speeds up production or a more manual machine that offers higher precision for intricate work.

Understanding your specific business requirements will help you make a more informed decision about the right machine for your operations.

Applications – Sheet Metal Machine

Power press are widely used in various industrial purposes in automobiles and other industries to acquire enormously high precision press operation, table and ram are aligned to each other. Hand operated sheet bending device has cast iron body, complete with handle, bending bar and bending blade to curve folds on the sides of the trunks. Hand operated rack and pinion type arbour presses are used for driving mandrels in and out of work also used in inserting and removing bushes, bearing etc. Press brakes are used in many different forming jobs with the right die design like V dies, rotary bending dies, acute angle dies, radius dies etc. In a mechanical press brake, energy is added to a flywheel with an electric motor.

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Innovative Technologies in Sheet Metal Machines

The sheet metal industry is continuously evolving with advancements in technology. Here are some modern innovations that are enhancing the performance of sheet metal machines:

CNC Machines: Computer Numerical Control (CNC) technology has transformed sheet metal fabrication by offering automated control over machine tools. CNC machines ensure higher precision and repeatability, reducing the need for manual intervention.
Laser Cutting: Laser cutting machines are becoming more common in sheet metal processing. They offer superior precision for complex shapes, faster cutting speeds, and minimal material wastage.
3D Printing and Additive Manufacturing: While still in its early stages, 3D printing is making its way into metalworking. This technology allows manufacturers to create complex metal parts directly from digital models, potentially reducing material usage and cutting down on production times.

Investing in sheet metal machinery that incorporates modern technologies can help you stay ahead of the competition and improve your overall production efficiency.

A clutch engages the flywheel to power a crank mechanism that moves the ram vertically. Accuracy and speed are two advantages of the mechanical press brake. Hydraulic press brake operates by means of two synchronized hydraulic cylinders on the C-frames moving the upper beam. Press brake is a fundamental tool to get steel forming industry. Thus growing needs of metal and steel have increased the usage of sheet metal machinery in various industrial applications. If you are looking for good quality tools like lathe, drill, sheet metal, SPM & heavy, shearing, Tool room, Construction and wood working, you must visit www.bhavyamachinetools.com for further information and advanced features with tools.

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Guide to Various Kinds of Sheet Metal Machines Used in Workshops

Maintenance Tips for Maximizing the Life of Sheet Metal Machines

To ensure that your sheet metal machine operates at peak performance and lasts for years, it’s important to maintain it regularly. Here are a few maintenance tips:

Lubrication: Ensure that all moving parts are regularly lubricated. This reduces friction and wear, preventing breakdowns and improving machine efficiency.
Cleanliness: Keep the machines clean by removing metal shavings, dust, and other debris. This prevents blockages, corrosion, and overheating.
Check Alignment: Regularly check the alignment of the press, bending, and cutting machines. Misalignment can result in poor quality output and excessive wear on parts.
Calibrate Regularly: Over time, machine components can lose their accuracy. Regular calibration ensures that the machine performs with high precision, especially for complex tasks.
Professional Inspections: Schedule periodic professional inspections to ensure all internal components are functioning optimally.

A well-maintained machine not only improves productivity but also reduces downtime, ensuring that your operations run smoothly with fewer interruptions.

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FAQs on Sheet Metal Machines

What is a sheet metal machine?

A sheet metal machine is a tool used to cut, shape, and fabricate metal sheets into different shapes, sizes, and configurations.

What types of sheet metal machines are available?

The primary types include press brakes, shearing machines, laser cutters, punching machines, folding machines, and welding machines.

What materials can be processed by sheet metal machines?

Sheet metal machines can process a wide variety of materials such as steel, aluminum, copper, and brass.

How do sheet metal machines work?

Sheet metal machines use mechanical or hydraulic force to cut, bend, or form metal sheets into the desired shape using tools like dies, blades, and lasers.

What are press brakes used for?

Press brakes are used for bending sheet metal to various angles and forming intricate designs, often in the production of metal parts and components.

What is the difference between hydraulic and mechanical sheet metal machines?

Hydraulic machines use hydraulic fluid to create force, while mechanical machines use mechanical power (motors or flywheels). Hydraulic machines typically offer more control and force.

What is the role of a shearing machine in sheet metal fabrication?

A shearing machine is used to cut metal sheets into straight lines, often used for cutting large sheets into smaller sizes.

How does a laser cutting machine work?

A laser cutting machine uses a focused beam of light to melt, burn, or vaporize the material being cut. It offers precision cuts with minimal material waste.

What is the purpose of a punching machine?

Punching machines create holes in sheet metal by applying force with a punch and die, typically used in manufacturing parts like frames and enclosures.

What is CNC in sheet metal machines?

CNC (Computer Numerical Control) refers to machines that are controlled by computers to automate and improve the precision of metalworking processes like cutting, bending, and punching.

What are CNC press brakes?

CNC press brakes are computer-controlled machines used to bend sheet metal with high accuracy and efficiency.

What are the benefits of using CNC sheet metal machines?

CNC machines offer precision, faster production speeds, consistency, and the ability to handle complex designs.

What is a plasma cutting machine?

A plasma cutting machine uses a high-temperature plasma arc to cut through electrically conductive metals such as steel, aluminum, and copper.

What industries use sheet metal machines?

Industries such as automotive, construction, aerospace, appliances, and electronics use sheet metal machines for manufacturing metal parts.

What factors should I consider when choosing a sheet metal machine?

Factors include the material type, thickness, size, cutting accuracy, machine durability, energy efficiency, and specific project requirements.

What is the maximum thickness a sheet metal machine can handle?

It varies by machine type and capacity, but most machines can handle 1mm to 25mm thickness, with specialized machines handling even thicker materials.

How accurate are sheet metal machines?

Modern machines, especially CNC machines, can achieve accuracy within ±0.01mm or even better depending on the complexity of the workpiece.

What is the speed of a sheet metal machine?

Speed depends on the type of machine. For example, laser cutting machines may cut at speeds of 1000 to 5000 mm/min, while press brakes operate at slower speeds.

What is the difference between a punching machine and a laser cutting machine?

Punching machines create holes by physically punching through the metal, whereas laser cutting uses a focused beam of light for more intricate and precise cuts.

What is a turret punch press?

A turret punch press is a machine that uses a rotating turret with multiple punches to create holes or shapes in sheet metal.

What maintenance do sheet metal machines require?

Routine maintenance includes cleaning, lubricating moving parts, checking hydraulic fluids, inspecting wear parts like blades, and recalibrating for accuracy.

How do I prevent sheet metal machines from malfunctioning?

Regular maintenance, proper training for operators, and ensuring the machine is used within its specifications can prevent most malfunctions.

How often should a sheet metal machine be serviced?

It depends on the usage intensity, but quarterly or annual service is common for most machines, with more frequent checks in high-use environments.

What are the main components of a press brake?

The main components are the ram, bed, tooling (punch and die), clamping system, and the CNC controller.

Can I retrofit my sheet metal machine with a CNC controller?

Yes, some older machines can be retrofitted with CNC controllers for enhanced automation and precision.

How do I choose the right punch for my punching machine?

The right punch depends on the thickness of the sheet, the material type, and the desired hole size.

What is the difference between laser cutting and water jet cutting?

Laser cutting uses a focused laser beam to melt or vaporize material, while water jet cutting uses high-pressure water mixed with abrasive materials to cut through metal without heat.

What is a bending machine used for?

A bending machine is used to apply force to sheet metal to bend it into a desired shape, often used in creating brackets, panels, and other structures.

What is a roll forming machine?

A roll forming machine is used to create continuous metal profiles by gradually bending metal sheets as they pass through a series of rollers.

What is the role of a CNC laser cutter in sheet metal fabrication?

CNC laser cutters provide high precision in cutting sheet metal with intricate designs, reducing material waste and enhancing production speed.

What is sheet metal fabrication?

Sheet metal fabrication refers to the process of cutting, bending, shaping, and assembling metal sheets into functional parts or products.

What is the difference between a shearing machine and a guillotine?

Both cut metal, but a guillotine shear typically uses a straight blade for cutting, whereas a standard shearing machine may use multiple methods depending on design.

How long do sheet metal machines last?

With proper maintenance, sheet metal machines can last between 15 to 25 years or longer.

What is the cost of a sheet metal machine?

The cost can range from a few thousand dollars for small machines to several hundred thousand dollars for large, high-precision CNC machines.

What is the role of a CNC punching machine?

CNC punching machines are used to create holes, notches, and shapes in sheet metal with high precision and speed.

Can sheet metal machines handle all types of metals?

Most machines can handle common metals like steel, aluminum, and copper, but machines might need modifications to process harder metals like titanium or nickel alloys.

What is the best sheet metal machine for mass production?

For mass production, CNC punch presses, laser cutters, and automatic press brakes are ideal due to their speed, precision, and automation capabilities.

How can I increase the productivity of my sheet metal machine?

Automation, optimizing machine settings, using high-quality tools, and training operators to use the machine efficiently can increase productivity.

How does a sheet metal laser cutting machine compare to traditional cutting methods?

Laser cutting offers higher precision, faster speeds, and cleaner cuts compared to traditional methods, with minimal material waste.

Are there energy-efficient sheet metal machines?

Yes, newer sheet metal machines, especially those with CNC technology, are designed to be more energy-efficient by reducing power consumption during operation.

What is an automatic feeding system in sheet metal machines?

An automatic feeding system allows for continuous feeding of sheet metal into the machine without manual intervention, improving speed and efficiency.

What is a multi-tasking machine in sheet metal processing?

A multi-tasking machine integrates various processes like cutting, bending, and punching into one machine, allowing for faster and more versatile production.

How do I ensure the precision of my sheet metal machine?

Regular calibration, ensuring proper tooling alignment, and following the manufacturer’s instructions will help maintain precision in your machine.

What are the safety features of modern sheet metal machines?

Modern machines come with safety features such as emergency stop buttons, safety shields, laser sensors, and automatic shutoffs.

How do I clean my sheet metal machine?

Use compressed air to clean dust, oil, or metal debris. Follow the manufacturer’s cleaning and lubrication guidelines to maintain the machine’s performance.

What is a bending radius in sheet metal?

The bending radius is the minimum radius that a sheet metal can be bent without cracking or damaging the material.

How do I select the right tool for my sheet metal machine?

Choose tools based on the material type, sheet thickness, and desired result (e.g., hole size, bend angle, etc.).

What is the difference between a guillotine and a shearing machine?

A guillotine uses a fixed blade to cut metal, while shearing machines use a sliding blade for more flexible cuts.

What is the tolerance level for sheet metal machines?

Tolerance levels depend on the machine type but can range from ±0.05mm to ±0.01mm, particularly with CNC machines.

What are the best practices for operating sheet metal machines?

Regular training, proper maintenance, checking machine settings, and ensuring a safe working environment are essential best practices.

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Tool Room Machines – Types of Tool Room Machine, Applications of Tool Room Machines

Tool room machines are the machines used in grinding, shaping and cutting wood, metal and other materials in various industrial applications. Grinding machine, milling machine, shaping machine, slotting machine, bandsaw machine and hackshow machines are some of the tool room machines are very useful in industries.

Types of Tool Room Machines

Grinding machines are used to grind metals and other materials. Milling machine is used to accurately shape metal and other solid materials. Shaping machines are used for shaping straight and flat metal surfaces. Slotting machine is useful to shape or cut metal and wood materials. It can make slots on heads of blank machine screws, wood screws, bolts and automobile components. Bandsaw machines are used to cut a variety of irregular or curved shape materials. Hackshow machine is used to cut wood, metal and other materials very smoothly.

Applications of Tool Room Machines

The high quality grinding machine also referred as a grinder used in grinding with abrasive wheel as a cutting tool. Various types of grinding machines have different applications like belt grinder is used to process metals and other materials with the aid of coated abrasives. Belt grinding is used in finishing, debarring and stock removal. Bench grinder is used in roughing and finishing operations. Cylindrical grinder is used in making precision rods with multiple grinding wheels. Surface grinding machine with wash grinder is applied to the workpiece, which is moved back and forth past the grinding wheel on a table that has a permanent magnet for use with magnetic stock. Surface grinding machine can be manually operated or have CNC controls.

Milling machines are classified in two forms, horizontal milling machine and vertical milling machine. Milling machines are available in three types based on operation. Manually operated milling machine, mechanically automated milling machine and digitally automated CNC milling machine. Milling machines are used for simple to complex cutting, drilling and shaping applications. Turret milling machine is a subcategories of vertical milling. Turret milling has a quill, allows the milling cutter to be raised and lowered in a manner similar to a drill press. Turret milling cuts in the vertical (Z) direction by raising or lowering the quill and by moving the knee.

Bandsaw machine is used to cut long bars into different shapes in various industries like automobile, electronic, electrical, wood working and others. Bandsaw is a power tool used to band of metal with blade. Bandsaw is used in woodworking and metalworking for cutting irregular shapes, curved shapes or straight cuts. There are two types of bandsaw machines are available in the market like horizontal bandsaw machine and double column bandsaw machine. Shaping machines are used for shaping straight and flat metal surface like for steel cutting, aluminum, ferrous and non-ferrous metals cut in different curves, angles and shapes. Tool room machines made from high quality materials/parts with rugged constructive formation from expert machine tools company always give assurance and trust for long durability, flexibilities, low maintenance with accurate and precision functions, easy operations with many inbuilt features are prime attractions to buy tool room machines from reputed manufacturers. Bhavya Machine Tools is one of the leading machinery tools manufacturers and exported in India providing all types of machines for better functionalities. For further details you may visit – www.bhavyamachinetools.com

Types of Lathe, Applications of Lathe Machines

Electro mechanical machinery are high in demand as the world progress with new technologies. Growing demand for technology development in the machine tools sector have developed competitive machinery like drill machines, sheet metal machines, shearing machines, press brake, tool room machines, constructions machines, wood working machines and power tools etc.

Lathe Machine

These are the machines to create objects that have symmetry about an axis of rotation and used for precise machining to the comparative hard materials. Thus this tool rotates the work piece on its axis to perform variety of operations like cutting, sanding, knurling, drilling for metal working, wood turning and metal spinning etc., with wide range of other applications in the field of power plants, steel rolling mills, tool rooms, paper textile and oil industries.

Types & Applications of Lathe Machines
These are available in varieties for different functions and features with compact and lighter models. The durability of these machines is very high as they are made for robust tough environment from high quality spare parts. Different types are used for different applications in different industries. Light duty lathe machines are very compact, robust, and designed for long duration workability on this machine. Medium duty is a higher version with enhanced lathe functioning in the industries like ship building, mining and for textile industries build with modern technology. Heavy duty are built from world class heavy duty parts for long lasting work capability with high functionality, flexibility and durability features. Extra heavy duty incorporate latest technology and features for high tolerances applications in steel, power plants and mining industries.

Roll turning lathe machine made from quality materials for tensile strength and resistivity to adverse conditions and high productivity results across Iron & Steel, metal industries to re-grind roll mills. It is also useful in plastic and metal die-making in various industries like sugar, paper, cement and heavy engineering industries. All Geared are made from supreme quality parts with durable structure used for sanding, drilling, cutting for wood turning, metal spinning, glass working in various industries. Light weight all geared are also available in the market with enhanced features. These all machinery are made in few of the developing countries and exported to the countries where they are in demand. Many a times industries also import these equipments with extend features and accessories for better productivity, easy operation and maintenance at cheap rate. Imported lathe machines are categories based on the applications and features as universal all geared and high speed all geared lathe machine. Imported CNC with various features for different segments are categories as Flat bed CNC lathe and Slant bed CNC lathe. Bhavya Machine tools is a leading Machine tools manufacturer in India, dealing in all types of machinery tools. For further details, you may visit www.bhavyamachinetools.com.

Sheet Bending – Hand Operated Sheet Bending Machine, Flat Sheet Bending Machine

Sheet bending machine is used to bend or straight the metal sheets and strips. Hand operated sheet bending is very much useful for sheet metal bending with accuracy. Many other features along with bending are punching, cutting and sheering. These are available in manual, automatic or programmable control of operations. For cold liner bending to design various shapes for the parts, a special devices with a rotary bending beam are used which have many specific features of shape bending. To bend and straightening the parts of boilers, converters, high pressure vessels and pipes for more than 400 mm diameter, rotary-roll bending devices are used.

Another type of bending machine like flat sheet bending machine is also available in the market, which is applicable in the bending of flat sheets to make curved plates. This is used to curve plates with min. diameter of 1.2m. This is useful for your bending needs. Another type of bending equipment is hydraulic sheet bending for large productivity. These are available in different bending capacity from 1200mm to 3000mm sheet length. Synchronized operating hydraulic cylinders mounted on the rear side of the units are to make enough execution for the balance between ram and table. The sheet metal bending machine hydraulic cylinders hooked up to the hydraulic unit with the operating pressure of 20 MPa and control pedal depressed, the punch beam is in the uppermost position. When the control pedal is pressed, the control valve shifts and oil starts to flow into the working space of the hydraulic cylinders.

The Sheet Metal Bending tools can be transported at any distance by any means of transportation. Atmospheric fallout protection must be ensured by transportation. The plate bending is suitable for designated profile roof panel, which is strong, durable, and fashionable. Its products are widely used in a variety of buildings. Thus there are various types of bending equipments are available in the market. You can get the quality sheet bending machine as on your requirement. For more information on various types of tools like hand operated, bandsaw, milling, turret milling and CNC lathe etc, you may visit bhavyamachinetools.com for further information.

Machine Tools – Bandsaw Machine, Milling Machine, CNC lathe, Turret milling

Lathe machine is used to create symmetrical shape of metal. It is used for precise shape of hard materials. This is widely used in paper mills, power plants, shipping and mining industries and oil industries. Bandsaw machine is applied for irregular and to curve the shapes for wood working and metal working. It’s creating uniform cutting for evenly distributed tooth load. It cut the metal and wood with better accuracy and high cutting speed.CNC lathe is another important tool. The full form of CNC lathe is computed numerically controlled lathe is an electronic machine for shaping wood and other materials by rotating drive.

This makes no errors in comparison with manual machine. A turret milling is useful for accurately shaping metal and many solid materials. It ensure durability and reliability. Their versatile features and higher cutting capacity leads to better efficiency. These are created using best quality components to meet maximum load conditions. Sheet bending machine which is designed for accurate and economical bending of standard and special design forms. It is used for punching, cutting, bending and shearing sheet metal. Press brake is mostly used for bending metal sheets and plates.

A wood working machine is a special type of equipment that is designed to process wood. It is used for various operations such as cutting, drilling, grinding, shaping, joining, finishing etc. Panel processing equipments for used for bulk manufacturing of wooden products. construction tools like concrete mixer, hydraulic type mixer, concrete mixer without hopper, half bag concrete mixer, weight batcher, slab trolley with rails etc. equipments are primarily used for performing various construction related tasks. Such there is a wide array of tools available in market for granular micro work to giant metal shape cutting, shaping, welding and bending work.

About Yash Shah

The Bottom Line

Uses of Press Brake

Types of Press Brake

In Conclusion

About Grinding Machine

Applications of Grinding Machine

The Bottom Line

What is the Use of Power Press?

Applications of Power Presses

Features to Look for in a Power Press

Sheet Bending Process and Machines

Sheet Bending Process

Machines for Sheet Bending Process

Press Brake

Power Press

The Bottom Line

Sheet Metal Machine

Types – Sheet Metal Machine

How to Choose the Right Sheet Metal Machine for Your Business

Applications – Sheet Metal Machine

Innovative Technologies in Sheet Metal Machines

Maintenance Tips for Maximizing the Life of Sheet Metal Machines

FAQs on Sheet Metal Machines

What is a sheet metal machine?

What types of sheet metal machines are available?

What materials can be processed by sheet metal machines?

How do sheet metal machines work?

What are press brakes used for?

What is the difference between hydraulic and mechanical sheet metal machines?

What is the role of a shearing machine in sheet metal fabrication?

How does a laser cutting machine work?

What is the purpose of a punching machine?

What is CNC in sheet metal machines?

What are CNC press brakes?

What are the benefits of using CNC sheet metal machines?

What is a plasma cutting machine?

What industries use sheet metal machines?

What factors should I consider when choosing a sheet metal machine?

What is the maximum thickness a sheet metal machine can handle?

How accurate are sheet metal machines?

What is the speed of a sheet metal machine?

What is the difference between a punching machine and a laser cutting machine?

What is a turret punch press?

What maintenance do sheet metal machines require?

How do I prevent sheet metal machines from malfunctioning?

How often should a sheet metal machine be serviced?

What are the main components of a press brake?

Can I retrofit my sheet metal machine with a CNC controller?

How do I choose the right punch for my punching machine?

What is the difference between laser cutting and water jet cutting?

What is a bending machine used for?

What is a roll forming machine?

What is the role of a CNC laser cutter in sheet metal fabrication?

What is sheet metal fabrication?

What is the difference between a shearing machine and a guillotine?

How long do sheet metal machines last?

What is the cost of a sheet metal machine?

What is the role of a CNC punching machine?

Can sheet metal machines handle all types of metals?

What is the best sheet metal machine for mass production?

How can I increase the productivity of my sheet metal machine?

How does a sheet metal laser cutting machine compare to traditional cutting methods?

Are there energy-efficient sheet metal machines?

What is an automatic feeding system in sheet metal machines?

What is a multi-tasking machine in sheet metal processing?

How do I ensure the precision of my sheet metal machine?

What are the safety features of modern sheet metal machines?

How do I clean my sheet metal machine?

What is a bending radius in sheet metal?

How do I select the right tool for my sheet metal machine?

What is the difference between a guillotine and a shearing machine?

What is the tolerance level for sheet metal machines?

What are the best practices for operating sheet metal machines?

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