Category Archives: Machine Tools

Buying an Imported Radial Drilling Machine for Workshop

A radial drilling machine has a drilling head mounted on a radial arm. This drilling head drills into the work piece with a drill bit which performs the desired drill cut onto the work piece as it slides along the radial arm. With a radial drilling machine you need not move the work piece to drill into it, the radial arm swings on it and therefore allows drilling holes at various points on the work piece, without actually moving the work piece.

The flexibility of drilling is what a radial drilling machine offers to its users. A radial drilling machine offers flexible drilling process by allowing the position of the drill to be adjusted with vertical adjustment. The drill head can either be lowered or raised vertically or be rotated on the vertical pole as per the customized drilling requirements of the user. Therefore with radial drill machine size of the work piece is not a constraint because the drill height can be adjusted accordingly for efficient drilling.

Precision, ease of use and efficient operation is what every user desires from a drilling machine. An imported radial drilling machine can be a good option if you are looking to buy a high-end drilling machine for workshop operations because an imported machine comes in compact sizes and is usually equipped with advanced technologies. Therefore your worries related with accommodation of a large machine into smaller work space will be eliminated. You can get access to the latest technology machine with international standard specifications easily. The imported drilling machine would come in fully automatic features and therefore enable efficient and faster processes in the workshops to save a lot of time and efforts of the users.

However there are various things one has to consider while buying an imported radial drilling machine for workshop operations. The features of the machine are the most important thing to look out when buying a radial drill machine. Clamping for assemblies, speed change of spindle for faster drilling processes, multiple spindle speeds for economic and efficient operations, superior quality components, user-friendly controls for ease of use are some of the features to consider in a drilling machine. Examine the design of the machine to ensure that it is sturdy enough to give a long lasting performance with lesser maintenance required. Always go for the multi-functioning machines which can be used to perform various other operations apart from drilling like reaming, boring, spotting, tapping, counter boring etc.

Significance of Heavy Duty Lathe Machine in Industrial Processes

DMTG Heavy Duty LAtheThe lathe is basically a machine that is used for shaping materials like wood or metal, by revolving it quickly along its axis, while pressing a fixed cutting, or grinding tool against it. Lathes help to produce accurate and uniform grooves around the surface of the material. A wide range of lathe machines are available in the market, depending on the job that needs to be accomplished in the workshop.

This includes light, medium, and heavy duty lathe machines. They are used to carry out different metal shaping tasks in various industries. The heavy duty lathe machines are mostly preferred for industrial applications that require bulk metal forming.

A heavy duty lathe is an efficient tool for crafting different objects. The machine is designed to handle the toughest shaping jobs in numerous industries and several workshops. It is primarily a user friendly machine that helps to cast a variety of shapes from wood or metal using easy to use controls. The advanced technology has now enabled to produce models that ensure faster, cleaner, and precise shaping tasks; in order to meet the bulk processing requirements of many industries within the shortest possible time. Simple installation, robust construction, higher durability, and energy saving features are some of the outstanding characteristics of this machine.

Heavy Duty Lathes

Heavy duty lathes are built using high quality materials and incorporate state of the art technology. The various models vary in specifications related to the height of center, width of bed, maximum swing, spindle type, travel time, etc. They are highly efficient machines and are especially used for high volume production. It is an ideal machine for metal working, wood turning, and metal spinning applications

in workshops and tool rooms; as well as for metal fabricating tasks in repairing shops, power plants, steel rolling mills, ship building, paper mills; textile, oil and mining industries, etc.

Heavy duty lathe machines are perfectly designed, sturdy machines to assure longer life and optimum performance in large scale metal and wood working tasks. These ultra modern machines are equipped with highly developed technology in order to ensure maximum and superior quality output using relatively less resources. They are primarily constructed for high end lathe machining work. Further this machine is also capable of executing multiple tasks on tough sheet metals, and deliver highly precise output.

The heavy duty lathe machine is mainly utilized in heavy industries and high end operations that involve large scale quantity. They are highly effective and versatile; and can operate at a greater speed. Low noise and less vibration are some of the attractive features of this machine. It can accurately and continuously operate for a longer duration as per the specific requirements. Moreover, they are built from top grade, non corrosive raw materials. They are preferred for their precise dimension machining, premium finishing, and high tensile strength. These zero defect machines are fabricated and also thoroughly tested as per the industry standards. Hence, they are widely used in a several heavy duty industrial processes.

A brief Description about All Geared Lathe Machine

All Geared Lathe MachinesThe all geared lathe machine is mainly used for executing various metal shaping tasks in different industries. They basically have a gear box with lead screw and feed shaft that increases its machining capacity. The wide range of all geared lathe machines includes light duty, medium duty, heavy duty and extra heavy duty. A light duty lathe is used for low volume metal shaping tasks in tool rooms, while the medium and heavy duty lathe machines are mostly preferred for bulk metal forming industrial applications.

A light duty all geared lathe caters to the light operational requirements of a work shop or tool room. They are highly versatile, accurate and durable. These lathes provide economic solutions for various turning needs with higher machining precision and better surface finish. It has a high speed dynamically balanced spindle and is built according to the latest technology. The ground bed of this light lathe is highly precise throughout the entire length of the machine. Further the lead screw is protected with a metal guard to avoid dust and increase the safety of the operator. It also includes a big spindle bore and hardened ground guide way.

All Geared Lathe

The medium duty all geared lathe has a modern design and is built according to the latest engineering standards. It has a tough cast iron structure that ensures the rigidity of the bed, head stock and saddle. The hardened guide ways provide all round firmness and longer life. Moreover, the new type of gear box and highly accurate spindles enable a perfect head stock performance. The fully enclosed feed box offers several types of threading, and makes the operator feel much safer and more comfortable.

The heavy duty all geared lathe is built for high end lathe machining work. This multi-tasking machine can perform highly precise jobs on solid sheet metals. The hard casting lathe bed, head stock gears and head stock spindle; work easily on hard materials due to the smoothly moving shaft. It also includes superior grade automatic gears and an automatic switch control panel.

The extra heavy duty all geared lathe is a suitable for easily executing high end tasks and powerful machining jobs. It provides total freedom for effectively cutting and drilling tough metals. This machine provides top quality results and has applications in various heavy industries. They are most appropriate for mining, shipping, power plant and paper industries that involve bulk quantity.

These lathes can execute turn end faces on cylindrical surfaces, and drill internal holes on different parts, as well as produce metric, inch, module, and pitch threads.

The top slides are powered to function separately for cutting short taper surfaces.

And the long taper surface can be turned automatically via the combined movement of the longitudinal feed and the top slide feed. One more salient feature of this robust equipment is the powerful, high speed spindle. This machine is utilized for drilling, boring, cutting, shaping a variety of ferrous and non-ferrous metals using heavy duty carbon alloy tools.

Benefits of Using a CNC Lathe

CNC LatheA CNC or computer numerically controlled lathe is the most modern type of lathe available nowadays. It has a very different and much simpler way of setting and operating the machine, and also incorporates highly advanced methods and processes. In fact they have now rapidly replaced the earlier types of lathes in several production units and machining plants. They are now widely used by many users worldwide since they can perform many operations that were not possible with the other lathes.

There are numerous benefits of using a CNC lathe such as highly powerful axis drive, feedback control to monitor and maintain the tool position, higher speed, repetitive movement of complicated machines, etc. Further, once a program has been verified, the related operation can be quickly set up again; instead of making any tedious manual adjustments. A CNC lathe can also precisely cut curved shapes, without using any special type of shaping tools. This is possible by programming the variable speed of the two motion axes, and the spindle at the same time.

CNC Lathes

CNC lathes are simple to set and easy to operate. They primarily help to implement the innovative methods of manufacturing, in order to obtain the maximum benefit of the latest technology. The machine components are preset and the tool paths are pre-planned by the CAD and CAM processes. The programmed file is then tested and loaded on the machine. The operator thereafter issues the related commands to activate the necessary parts of the machine.

The other main benefits of the CNC lathes are their ease of setting, operation, repeatability and accuracy. They are designed to use the modern tools and after setting the machine it can continuously function for a long time under the occasional supervision of an operator. A CNC lathe is electronically controlled through a computer menu interface. The related program can be displayed on the machine, along with a virtual view of the process. Moreover the user may even modify the program as required. A general understanding and basic knowledge of the CNC lathe is necessary. Hence the machine setter and operator should have a high level of skill in order to carry out the required processes. These lathes are normally set and operated by the same individual; and the operator can easily supervise a small batch of machines.

The design of a CNC lathe generally differs and depends on the particular manufacturer. However they all have some common features. A wide range of machines in various specifications and different dimensions are now readily available in the market. These modern machines are completely enclosed, in order to maintain the industrial safety standards. Further, due to the rapid advances in technology, these CNC lathes are constantly upgraded accordingly. They include different kinds of user interfaces which are sometimes confusing and also difficult for the operators to learn. Hence all the machine users should be properly trained in order to make them fully conversant with the latest technology and get the maximum benefits of a CNC lathe.

Importance of an All Geared Radial Drill Machine in Industries

Radial Drill MachineA drilling machine is a versatile machine tool which is primarily used to drill holes of different sizes and various depths on numerous types of surfaces. Besides drilling very tiny and extremely large holes, the drilling machine is also utilized for a wide range of operations such as tapping, reaming, countersinking, counterboring, spotfacing, etc.

Nowadays, a broad array of drilling machines is available in the local and global market, which also includes the all geared radial drill machine. Actually all the drilling machines basically perform the same drilling function. However each machine type has unique features and specific capacity. Further there are certain exclusive functions that can be executed more precisely and conveniently by a particular type of drilling machine.

All Geared Radial Drill Machine

Like other drilling machines the all geared radial drill machine is also an important machine tool which is commonly used in various industrial segments such as wood working, metal working, construction, quarries, etc. In fact, it is one of the most essential machining equipment in several manufacturing processes. This type of drilling machine has a large geared drilling head which is mounted to slide along a radial arm; and can be rotated, or lowered and raised, on a vertical column in order to adjust the position of the drill above the work piece.

Since the arm swings relative to the base of the machine, this radial drill machine can operate over a large area without moving the work piece. Hence it helps to save a lot of time as it is comparatively easier and faster to move the drill head; rather than detach, move, and again fix the work piece to the table. It also permits to use a relatively large work piece, because the arm can swing out of the table to enable an overhead crane to place a heavy work piece on the base.

Usually the work piece is fastened directly to the table. It also includes a power operated spindle and coolant system. The larger size models may even have a motor in order to lift or move the arm. A typical radial drilling machine has an oil bath, gear box and hardened gears that assure better durability. The precise rotation of the smoothly moving gears and bearings also make them highly reliable equipments. The gears and shafts are accurately fixed in order to function properly, continuously and effectively.

A large radial drill machine is capable to drill large holes up to ten inches diameter into solid metals such as steel and cast iron. Radial drilling machines are normally classified by the diameter of their column and the length of its arm. Generally the length of the arm is same as the maximum throat distance. These machines are also built according to the particular needs and custom specifications of the buyer. They are automatic and vibration free as well as noise free equipments. Moreover it has a robust structure and can smoothly, precisely and conveniently handle any high end, and heavy duty drilling operations.

The objective of this article to educate readers about all geared radial drill machine and their industrial importance.

How to Select a Bandsaw Machine for Metal Cutting Applications

Bandsaw Machine1The bandsaw machine is one of the basic tools that are commonly found in several workshops. It is used to precisely cut different materials such as wood, metal, plastic, etc; into straight, irregular, or curved shapes of various sizes; with minimum wastage. Generally two types of bandsaws namely the horizontal bandsaw machine and the vertical bandsaw machine are readily available in the market. It has applications across several industries that include wood/metal working, electronics, electrical, automobile, construction, etc.

A bandsaw machine comprises of a long metal band and a sharp blade on one side for cutting the work piece. The band moves on two wheels that revolve in the same plane, to quickly and accurately cut the required item. The blade size may differ for each model and as per the material to be cut. The band saw can cut large sheets of metals made from steel, copper, aluminum, etc. into smaller sizes in order to carve them into small metallic items.

Bandsaw Machines

Since it is one of the most vital tool room equipment, many companies now manufacture variousBandsaw Machine2 bandsaw machines. Hence it may be difficult and confusing for some people to select a bandsaw machine for metal cutting applications. Therefore all buyers should consider the following details before they purchase a bandsaw machine for their workshop. First of all you should decide the budget you can afford for your bandsaw machine. Moreover incase the selected bandsaw exceeds the budget limit you should fix the maximum amount you would be ready to spend.

The next thing is to choose the machine as per your specific requirements. This includes determining the quality of the equipment, size of the blade, the cutting capacity, the depth of the cut, etc. Further if you want to buy the bandsaw from a local shop, you can visit few dealers, check various models and see their catalog, ask the price, review their suggestions and decide accordingly. Alternatively, many users these days also prefer to purchase bandsaws through the internet, since it saves your time, energy and money. This is due to the fact that some dealers sell good quality machines at reasonable rates.

Hence you can just visit few websites and browse through the available models, compare the price and features that meet your particular requirements and then take a decision. Besides this it is important to select a reputed company as this will ensure that the selected equipment is made using high grade materials. Moreover, it will assure smooth, vibration free, and noise less operation. Also check that the machine can effectively and continuously work for a long duration.

Bandsaw Machine3You can even take advice from a technical expert or get the opinion of other users who have bought the bandsaw machine from the chosen supplier. It is also vital to buy machines from a dealer that provides complete warranty for their products, and also supplies the relevant spares parts. Further you should verify that the selected dealer also offers services for maintaining and repairing the equipments.

Reshaping the Industries of Woodworking & Metalworking with Radial Drill Machine

Radial Drill MachineThe radial drill machine has long been used by the masses not only for domestic, but as well as commercial use. Its innovative framework has enabled its users to perform woodworking and metalworking with such ease, that it saves time and effort. The radial drill has been known for its ability to execute tasks with such precision, accuracy, and efficiency. It was specifically designed to provide the requirements that the field of engineering is in need of. The utilitarian aspect of the radial drill machine has been improved through the years to meet the demands of fast-paced industries, such as the ones stated above.

The radial drill machine has developed through the years, and has been paced to keep up with the needed specifications that many industrial fields have been requiring. As the fields of woodworking and metalworking advanced through the years, so has the radial drill machine. In terms of its structure, the radial drill’s bulk has been reduced so as it as well reduces the space it consumes, which makes it even more perfect for the workplace. It has been improved in many aspects as well, such as the efficiency of drilling hard materials and the components of which is made of, making the drill stronger in structure.

Today’s radial drill machine has been developed in a way to meet the qualifications asked by many industries.

In the aspect of radial drilling machine for mechanical machining, provides utility for the complete set of functions needed, such as drilling, boring, counter boring, spot facing, lapping, screwing, reaming, tapping, and boring. The radial drill is very versatile as it works well with a variety of materials such as plastic, steel, cast iron, wood, etc. The radial drill machine is specially designed for heavy drilling hence, its robust construction. The typical radial drill machine can drill holes up to 100 mm in length, but there are radial drills of much larger capacity than this available today. As the years pass, the radial drill machine constantly keeps evolving with the world to empower its users to provide the market with quality woodwork and metalwork. With the radial drill’s multipurpose quality, it continues to reshape the woodworking and metalworking industries today.

Ultimately, the radial drill machine has been essential to the woodworking and metalworking industries ever since it’s arrival in the market, and is continuing to supply the needs of these industries which have as well provided for the global market at Its importance to the above-mentioned fields is based on its essence of provision to the industries. This would go on to prove its importance in the world of mechanics. The radial drill machine is a compact and versatile tool which is used in many fields and is continuing to restructure the entire radial drilling experience. As time transpires, the radial drill will continue to grow in utility. And so it can be seen, that the radial drill machine has truly been and will continue being a vital tool in the two aforementioned industries.

Important Machine Tools – Radial Drill Machine and Turret Milling Machine

Workshops must be fully equipped with some of the finest machine tools, to ensure all users of efficiency, accuracy and most important precision within every piece of work. Engineers must be allowed to use the ultimate technology in all their projects, to be able to guarantee the quality of delivered time flawless services. Complex assignments require the usage of heavy workshop tools, thus here are some of the most frequently met workshop tools for industrial applications.

Usage of radial drill machine and milling machine

DMTG Radial Drilling MachineTwo frequently used workshop tools are the radial drill and also the milling machine. Different in various ways, yet both very efficient in similar industrial applications, here is how to divide them and when it is best to use one instead of the other. The radial drilling tool may be mounted on a fixed spot, allowing users to chance its speed, being nowadays equipped with an automatic technology, so that results would come up by their own, in a very precise manner, whether dealing with hole drilling or even angled holes. Some of the often tasks operators take advantage of this tool are sanding, polishing and even honing. On the other hand, the milling machine is ideal for reshaping solid materials, especially including metal. Operators may pick in between the horizontal or the vertical model and another difference from the aforementioned tool would be the necessity of moving the material against the rotating cutter. More information about milling machine and turrent milling, visit –

Types, features and benefits of the radial drill

Regarding types of the powerful drill machine, users have the possibility to pick one out of three available models. Plain drills have spindles assembled in a vertical position only and operators are not permitted to move the work while the machine is in function. The half-universal design may be swung in different directions to obtain the desired shape of the work, while the last pattern, the full-universal machine has a spindle a user may move in any place direction, no matter the chosen angle, to the vertical position. A standard radial drill machine comes along with the following features: a hydraulic clamping system, a coolant one, chip guard, a work table and a tool box, a test chart platform and also a high endurance certificate, work light and also the instructions manual. But pro active operators are more than welcomed to ask for additional features for such machine tools, here talking about an electronic DRO, a tapping attachment and also a universal titling table for more precision at work. It became a customary item, due to the variety of functions it has. Users may benefit of a radial drill for counter boring, lapping, spot facing, tapping, screwing and of course drilling and it works marvelously well on both rough and soft materials.

Features and applications of milling machine

CNC Milling Machine1Available in a wide range of versatile models, a milling machine has its own features, some being encountered among the above mentioned ones, for drilling machines. The tools box, cooling pump, a draw bar, an auto feed device, oil collection tray, a digital read out service, combined pad, but also modular clamping kit, are all part of the standard features of such models. Users may also ask for servo-type power feeds if they plan on using the extra features, too. Machinists use the mill machine in metal processing and manufacturing industries, but mostly in constructions. Die sinking, routing and rebating are only a few of the numerous applications such tools have.

To sum up with, both machines can be manually, mechanically or digitally operated, having essential attributes in industrial tasks, being reliable, efficient, fast, redundant and also easy to use necessary tools.

Importance of Lathe Machines for Metal Shaping Industries

DMTG Light Duty LatheThe lathe is one of the most essential machine tools. This multi-purpose equipment is commonly used for executing a wide range of functions that includes shaping many solid substances such as wood, metal, etc. It is an important workshop tool which is extensively utilized in several industrial segments and especially in the metal shaping industries.

A small or large piece of metal can be shaped for producing the required kind of object. There are different ways and numerous processes to shape metals. Moreover, metal shaping is one of the methods that are used to manufacture a variety of products. Today, various kinds of metal shaping tools are available in the market. They enable us to create a vast array of metal products. These versatile tools assist to deform, turn, bend, twist, pound, roll and hammer the metal sheets into metal objects.

Lathe Machines

Lathes consist of components such as a headstock, tailstock, and a tool rest, that is mounted onDMTG Medium Duty Lathe the bed. The raw work piece is placed in between the headstock and the tailstock. The raw metal is then turned, and a shaping tool is pushed against that metal work piece, in order to develop simple as well as complex shapes by just controlling the shaping tool.

Modern lathes have a tool rest which is robust, and provide the facility to accurately control the shaping tool. Nowadays a diverse range of lathe machines are utilized to create many types of finished metal items. They are built to quickly and constantly produce durable, exact and symmetrically shaped metal objects. The lathe machine rotates the raw metal piece and reshapes it through various processes that include cutting, knurling, sanding, drilling, etc.

DMTG Heavy Duty LAtheIn fact lathes are considered as powerful metal shaping machine tools. They can transform the unfinished metal sheet into a variety of finished metal products, precise machine components, automotive spares and body parts, and much more. Lathe machines include metal cutting tools that cut the metal sheets into required sizes and engrave desired designs in order to create customized shapes, by shaving off the unwanted metal from the surface.

A machine operator loads the metal stock on the lathe at both ends, and the lathe now turns the material sideways. It thereby spins the metal object to shave away the exterior portion of the stock. The machinist then presses a sharp cutting tool against the material, and the lathe ultimately shapes the metal precisely and evenly.

The lathe is an efficient tool for crafting metal objects. This machine is engineered to handle theDMTG Extra Heavy Duty Lathe toughest shaping jobs in various industries and workshops. It is simple to operate and easy to control. They help to cast a wide range of shapes from raw metal sheets. The latest lathe machines incorporate the most advanced technology and have better features that ensure swift, clean and precise shaping tasks. They are easy to install, energy saving and built to last longer. Hence lathes are important machines as they fulfill the diverse needs of metal shaping industry.

Turning, Drilling and Milling Processes

 Machining is another process of making the same object. In this process, additional material is removed to get the desired shape, instead of adding material. In machining, many different operations occur in a sequence to get the required output. We will give an overview of the three most common processes – Turning, Milling and Drilling.

The object you require will determine which type of tools will be needed to complete the job. Generally, there are two types of cutting tools – single point and multi-point tools. Single-point tools are mostly used for the processes like turning, planing and boring. And, multi-points tools are milling and drilling.

 Turning Process


In the turning process while the cutting tool moves in linear motion resulting in a cylindrical shape. CNC turning lathe is a preferred choice for all types of turning operations. In general, turning can be done either automatically or manually. The biggest drawback of the manual turning process is that it constantly requires supervision.

On the other hand, automatic turning doesn’t require any supervision. With high tech CNC, all speeds, movements and tooling changes are programmed in the computer. After that, the set instructions are sent to the lathe for implementation.


Drilling Process


Drilling process is used to create a hole in the object. Mostly, a CNC drilling machine is used for drilling, however, this operation can also be performed with the help of Milling Machine. While drilling the object, the bits of waste metal are produced which are mostly known as chips. Due to the unique design of the drill, chips fall away from the object and it remains free from waste material.

Keeping the drill bit perpendicular to the object reduces drifting. Moreover, a central drill process is added before drilling to get the highest level of precision. Some other ways to prevent drifting are forging a mark, spot drilling, center punching and spot facing.

Milling Process


In the milling process, the multi-point rotary Cutter removes material from the object. Face milling and peripheral milling are the two main types of milling process. In face milling, the flat surface is cut into the object. Here, the feed can be either vertical or horizontal. On the other hand, peripheral milling cuts threads, slots and gear teeth.

The object can be fed into the cutting tool in any of the two ways. In conventional milling, the object is fed against the cutter rotation, which is recommended process for manual milling machine. While in climb milling, the object is fed in the same direction as the cutter rotation, which is a preferred method for CNC milling. Milling is most suitable as a secondary process to an already worked object. It is helpful in defining the features like slots, holes and pockets.

Innovations in Machining

Many different processes are involved in manufacturing a precise, smooth and functional object. It demands high attention to detail and experience. Turning, drilling and milling processes have been there for many years and they are some of the most common machining processes. The evolution of CNC has improved the machining exceptionally. CNC helps in achieving large production requirements consistently and efficiently.

Lathe Machine – Different Types of Lathe Machines

All Geared Lathe MachinesA lathe machine or lathe is primarily a machine tool that rapidly revolves the work piece on its axis for carrying out a broad variety of functions that includes shaping, cutting, turning, drilling, sanding, deforming, knurling, boring, polishing, grinding, threading, etc. A fixed cutting or abrading tool is applied on the work piece, which may be made of metal, wood, plastic, etc; and the unwanted material is thereby removed from the work piece in order to produce a symmetrical object. Earlier woodworking lathes were used, however nowadays a variety of metalworking or metal lathes are generally utilized.

A metal lathe mainly comprises of the headstock, tailstock, and bed. They are used for accurately machining and removing relatively hard materials that includes different kinds of metals, from the work piece using a tough cutting tool. This cutting tool is fixed to a solid tool post, and is moved against the work piece using a wheel. It may be manually operated or gear driven, and electrically or electronically controlled. A variety of cutting tools are available in diverse sizes and shapes such as round, square, triangular, diamond, etc.; depending on their application.

Different types of lathe machines are now manufactured and supplied globally that includes the light duty lathe, medium duty lathe, heavy duty lathe, extra heavy duty lathe, all geared lathe, imported lathe, turret lathe, CNC lathe, etc. Each one has special features and performs a specific operation as described further.

Turret Lathe: They have a cylindrical tailstock which spins around a vertical axis, in order to move the various tools towards the work piece, as well as the headstock. It looks very similar to the capstan lathe. However, it is not fixed and just lies right on the bed. The turret is basically an indexed tool holder that permits to quickly, easily and simultaneously perform multiple cutting operations, each with a different cutting tool. Here the operator does not have to install and uninstall the tools or control the tool path. This is because the tool path is controlled by the machine, either by a jig-like mechanism or through a servo mechanism. Turret lathes are commonly utilized for repetitive production of similar parts.

CNC LatheCNC Lathe: Computer numerically controlled or CNC lathes are the latest variety of lathes that are unique and very accurate. They are simple to set and operate, and can rapidly perform monotonous jobs. The object to be produced is pre-designed, and the tool path is pre-programmed either by a CAD/CAM process, or manually by a programmer. The work piece is then loaded on the machine, and set as required. The lathe thereafter continues to automatically manufacture the required product, with intermittent supervision of the machine operator.

A CNC lathe is digitally controlled through the computer menu. The program may be altered as required and displayed on the computer screen, together with a computer generated view of the process. These high speed CNC lathes are very useful for cutting curved shapes and complex forms without using any special shaping tools.

Applications and Uses of Different Types of Lathe Machines

Lathe machines come in different types and each one has its own set of utility. The automatic lathe changes its tool automatically and the need for changing tools is eliminated. The components which lathe manufacturers add have high dimensional accuracy and some of them are useful even in laboratory experiments. The flow of production gets better as the lathe are large and complex machines go a long way towards improving the quality and quantity of production. The automatic lathe manufacturers provide lathe with a single or multi-spindle version and fall into the category of high performance, high-speed lathe which is excellent for mass production.