Lathe Machines are widely known as
the “Mother of all machine tools”. Their uses are spread over a wide
range of Industries present all over the world. These applications are applied
in almost every sector like food, mining, refineries, power plants, aerospace,
Lathe Market in Africa
Global market report of Lathe
machine provides us with deep understating about market value and latest
trends. This article covers the present and future market trend analysis of
lathe machines in Africa.
Africa is a growing economy. Its
market of machine tools is driven by various factors, like availability, cost,
accuracy, production, multitasking, etc. Africa has a very wide market of lathe
machinery, designed and supplied for different purposes and applications like
Vertical lathe, horizontal lathe, CNC lathe, precision lathe, and many more.
Lathe Market Depends on the Relationship Between the Following Factors
Automation– With growing
technology, automation has entered almost every sector. The demand for the
automated lathe is also growing rapidly, because of its variety of advantages,
from efficiency to reduction in cost.
Versatility-For a machine multitasking is becoming a must factor. As it reduces the investment and improves the flexibility. One for all and all in one can be considered, as the need for today’s machinery. Lathe machines that can do perform diverse tasks are preferred, over single-task machines.
the features automation and versatility, the cost involved in manufacturing a
product can be reduced significantly. The automated lathe can perform various
tasks, and only one operator is required, for operating on multiple machines.
Accuracy– Automated lathe
machines are highly accurate, as they reduce the error involved with a product.
They produce consistent products with precision.
These factors combined help in
choosing the lathe machine suitable for a particular industry.
African Lathe Market is Segmented Based on Applications and Products
Under the product category, the lathe can be divided into conventional lathes and CNC (Computer Numerical Control) lathes. Automation is the key factor of today’s growing economy. Machinery tools are also not left untouched by this factor. Lathe machinery also comes under this category. Lathes have evolved with time and the CNC lathe is its example. CNC lathes come with a variety of advantages, such as high speed, reduced manufacturing cost, high efficiency, accuracy, safety, and mass production.
CNC lathe produces a minimal amount
of wastage, and utilizes the raw material in the best way possible, with
maximum accuracy. And with the growing demand for mass production in a limited
time, these lathes are boosting the market of the automotive lathe in the
African economy. With the use of CNC lathes, the cost involved with managing a
large number of employees has been reduced greatly, as a single operator can
manage and control many lathe machines. This is a preferred advantage in almost
all industries that involve, reduced cost increased profit, and CNC lathes
match this criterion. Complex parts can be easily manufactured with these
lathes as it provides better accuracy and low error rate.
Two Types of CNC Lathes
CNC lathes are available in two
categories horizontal CNC lathe and vertical CNC lathe. Horizontal lathe covers
a large part of the market because of its demand in the automobile industry, as
it does the production of crankshafts, CVs, camshafts, and gearboxes. Vertical
Lathes are used for boring and machining cylindrical, contouring, and conical
With such a large number of applications and benefits, a conventional lathe can likely compete. Thus the demand for conventional lathe in Africa is expected to deplete in the future with the introduction of more advanced technology.
second factor is application. Lathes provide a variety of its application
to the different industries like in general machinery, food packaging and
processing equipment are required, and transport machinery requires equipment
related to increase in global trade. Automotive machinery requires the
production of gearboxes, camshafts, etc.
All these factors such as automation, applications, the cost involved, market trends, etc. help us in analyzing the current situation of the lathe market in Africa as well as its future aspects. And how likely it will grow, with the introduction of more advanced machinery.
Threading machines are tools that are used to cut and form threads, inside or outside a cone or a cylinder. Threading Machines are working towards the highest productivity and optimum performance even under the most extreme conditions, to provide the best of service with the least cost for maintenance. There are various types of threading machines available, and all are specifically designed and manufactured for different purposes. Here two types of threading machines have been mentioned. And all the information needed about them is provided below.
Bolt Threading Machine
A Bolt Threading Machine is designed to create external threads on product based on the “chasing method” to execute this job of threading the bolts, as cutters HSS Bolt Threading Tangential Chasers are used.
The product remains anchored, while
the head of the die keeps turning to create neat and clean threads. The Bolt
Threading Machine can create a wide variety of threads like MATRIX, NPT, BSPT,
UNC, BSW, BSP, Acme, and UNF threads, chasers determine the type of threading
that can be created. These machines consist of the following components.
Bed or Pillar
Pillar bed– Chrome-plated pillars are used. To operate and assist carriage chrome-plated pillars are used. Safeguards provided in the carriage, avoid any harm to the surface.
Headstock– It provides stiffness and alignment to the carriage. Durability
is increased by using a heated alloy of steel to make shafts and headstock is
made from pure and prune alloy of steel.
Saddle– For the smooth and precise running of equipment, it is fitted on
two pillars and runs on in alignment with the headstock.
Features of Bolt Threading Machine
It provides High efficiency and High
Very robust and durable construction.
It is used for temperature controlling
Die head can spin in both reverse and
During the threading process, bolts
and die get oiled automatically.
Easily changeable die head.
After the length of the thread is set,
the die head opens automatically.
Salient Features of Hydraulic Thread
and Form Rolling Machine
It has a Compact Design.
The steel structure is properly
Highly flexible and resourceful.
Setup and controls are user-friendly
Very suitable for mass-producing of
For better cooling, giant coolant
tanks are used.
Can work on different rolling speeds.
Centralized lubrication of important
Knurl, worms, serration, and pitch
threads can be formed because of their high rigidity and strength.
Easy and simple control and operation.
Two types of Hydraulic Thread and Form
(a) Hydraulic Thread and Form Rolling Machines (Two Roll Type)
Deep threads, serration, knurls, and
worms can be formed. It permits production in large amounts.
(b) Hydraulic Thread and Form Rolling Machines (Three Roll Type)
As the support blades are removed soft
profiles, and a better finish to the product is provided. It is suitable for
doing lapping work, rolling pins, and threading with mass production and
The products manufactured from these machineries are flawless and of very high quality. These are sophisticated pieces of machinery that are made based on industrial standards and provide their products according to the requirements and demands of their client.
The precision lathe machine is a
machinery for precision operation, that is used to create an object by shaping,
cutting, and removing its unwanted parts, from a block of material which can be
either metal or wood.
Purpose ofPrecision Lathe Machine
The computer program used in the
precision lathe is very intricate and can help in creating a product with
minimal scrap. Lathe helps in producing an object which is proportional along
the axis of rotation. A lathe operates by turning the material while drilling,
knurling, sanding, and cutting. A precision lathe is highly accurate white
cutting and shaping a product. Turning, routing, and milling are the most
prevalent precision methods from several available ones used by precision
It is used to manufacture
appliances, and parts of a large number of sectors like food, aviation,
healthcare, etc. It can also be used to create wooden products like a baseball
bat, table legs, poles, and ornamental products.
Working of Precision Lathe
For an operator to work on a
precision lathe, they need to be trained on the explicit equipments used.
The initial layout of the object is
built by the product designer and completed by a product design, and the lathe
operator works on the actual computer program. The cylindrical base of the
lathe ensures that the object is secure at the ends, and the finished product
is made, by removing unwanted material from the element.
Recurrent tests are applied to the completed objects, before producing workpieces in large quantities. This modern technology has high efficiency that enables output resulting in large work production rate.
Importance of Precision Lathe
Machine in Modern Industries
Every modern industry wants to
manufacture products that are precise and safe to use. To earn the trust of a
customer, a company needs to manufacture premium quality products and services.
There are a varied number of reasons
why precision lathe is highly preferred by a large number of industries in the
market. Following are the advantages related to precision lathe processes.
Increment in efficiency-With Precision machining, one can do mass production of hundreds and thousands of products and appliances in a limited period, as it provides you with great speed and accuracy with just a single touch. To increase production efficiency, a company should invest in Lathe machines for precision results.
production lines- It helps in producing and manufacturing products in a
safe environment. As the machine is operated, with the help of computer
programs, there is less manual handling on production lines with more
automation. Thus, it guarantees the safety of employees.
Cost-effectiveness– With investment in the precision lathe machine, one can reduce the number of employees and costs associated with them. As it can produce large quantities of objects in a single time frame, it improves profitability providing a reduction in time. The amount of money, a company spends on managing supply chain management can also be highly reduced.
in errors– Precision Lathe machine produces products with the highest level
of accuracy. It works towards providing flawless products while maintaining the
highest quality. It helps in creating consistent parts and appliances to meet
Precision lathe uses are spread across a wide variety of industries, like shipbuilding, aerospace, paper mills, steel mills, refineries, spacecraft, automobiles, etc. All these uses and factors make precision lathe the most important type of machinery, sought after by today’s modern industries.
Block boring machines, also called boring machines, are special machines that are used to make hollow metal cavities by compressing or expanding the metal into a specific shape. Block boring is used for many applications including cutting and forming. They are utilized in many areas such as automotive, boat building and construction, aerospace, transportation, metallurgy, and plastic surgery. There are different types of these machines and each type has its own unique characteristics.
s of Block Boring Machine
Block boring machines include: block, honed, and pulsating. Block bores are specifically designed to penetrate deeply into engine block holes at high speed and high pressure. They are employed to bore precise hole in engine blocks to enlarge the hollow areas. To attain high precision and accuracy, both the tool and work piece used should be in the correct position. A pulsating block boring system cuts a hole at a high rate of speed and lets the work piece to rotate at high speeds to enlarge the hole.
Cylinder bored pumps are another variety of this machine. They are utilized to bore small diameter holes into cylinder heads at low rpm. Low-cost, reliable, and efficient, cylinder boring pumps are best for general purpose applications. There is a negative aspect to the use of these types of pumps besides the potential for excessive wear of the equipment. This is because a cylinder boring machine usually generates a lot of heat, and excess heat can damage some sensitive machinery.
of High Precision Cylinder Block Boring
High precision cylinder block boring is a specialized service provided by professional companies. It is mostly required for projects involving complex engineering and manufacturing processes. It is also used in manufacturing products that require precision cutting and drilling, such as ball bearings, for example. The core capabilities of a high precision cutter include a tolerance range that is greater than 0.ffe, which is extremely good. They make use of a hand operated device with a drill head that has a rotating element and a rotating crankshaft.
of Cylinder Cutting Machines
Cylinder cutting machines are very accurate and give high quality cuts to any diameter and thickness as well as a detailed diameter profile. They can perform repetitive tasks quickly and easily. Some machines work with a variable-speed screw threading to allow a fast cutting rate and improve the accuracy of the work piece. They also incorporate a gas cooling system that prevents overheating of the block.
Various Types of Machines for Boring
There are various types of machines for boring, each with its own particular characteristic. In terms of power, gas-powered machines are usually cheaper and less noisy. However, they are limited on how far they can go into the bore. Gas-powered machines also need a great deal of maintenance and burn excessive fuel in order to keep operating at an optimum level.
of Boring Machines
There are three types of boring machines in operation today. The most popular is the hydraulic boring machine that is very reliable. The second most popular boring machine is the electric boring machine, which is quieter and cheaper than the hydraulic one. The third boring machine is the gas boring machine. These last three machines are the best all around bores and therefore are used the most.
A block boring machine can make boring holes much more quickly and easily than if you used a hand boring machine or a drill press. Block boring is a method that requires low power and labor, saving money over conventional methods. It is a method that involves little or no skill, allowing the operator to complete tasks in a shorter period of time.
First, the machine will heat up the desired number of bricks and then apply force along the line it is using to get the holes. Bricks will come out as you go, and you do not have to wait for them to come out naturally by drilling them into the ground. This means that you will not be drilling into dirt or mud. Instead, the machine will get the holes pre-drilled automatically, providing you with holes in a matter of seconds.
of Block Boring Machine
One of the benefits of the machine is that you do not need to do anything to the surface of the ground in order to make holes. You do not have to add any dirt or mud to the hole before you are able to use the machine. This makes this method highly desirable to companies who want to install pipes and other equipment in locations that would otherwise require digging. The machine is also easy to work with. All you have to do is put the metal into the hopper, pull the trigger, and it will start drilling automatically. It will continue drilling until you stop and remove it from the area.
Block boring machines can be used to create all kinds of holes, from one inch long to two feet long. You can use different types of materials in between these measurements. You can even use the machine to create tunnels and stairs. This is accomplished by driving the hopper through the material and pushing the trigger. When you want to stop the process, you simply lift the block boring from the ground and push it into the shaft on the back side of the machine.