Category Archives: All Geared Lathe

Contribution of Lathe Machine to Industry

Lathe machine is a tool used to perform various operations on a workpiece. These operations can vary from drilling, cutting and grooving to deforming, sanding, knurling, shaping, etc. The operations are executed by fixing the workpiece to the bench which supports the axial rotation of the workpiece. Some of the important uses of these machine include metalworking, glass working, wood turning and metal spinning. Since its early version these machines which was horse-powered, has evolved hugely with computerized numerical control (CNC) being one of the latest technology. These machines have revolutionized the industries since its invention and are now considered one of the most important tools in most of the modern industries. Depending on the usage, lathe machines are being designed in different forms. In this article, we will see how various lathe machines are being used in industries.

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  1. Light duty lathe machines: Light duty lathe machines are fairly small in size hence they required less space as compared to other lathe machines. Due to its small size, its maximum swing over bed is limited to 20 inches or less. Light duty lathe machines are readily in wood industries for woodturning. Other uses of such machines include slotting, turning, tapering, metal spinning and similar light applications on the smaller workpiece.
  2. Medium duty lathe machines: Machines of this category are made with high grade cast iron giving extra strength to its bed. This allows medium duty lathe machine to work consistently with high precision even under high pressure. As compared to light duty machine tools, these machines provide more strength to and can be used to work on bigger workpieces.

Different Types of Lathe Machines & Their Applications

  1. Heavy duty lathe machines: Heavy duty lathe machines are one of the most widely used lathe machines because of its superior quality and fast rate of output. These are made from high-quality iron and steel and are designed to handle the toughest shaping jobs. It is considered for metal spinning, metal working, wood turning and metal fabricating in various industries including power plants, steel plants, oil and mining industries, shipbuilding factories, repair shops, paper textiles. Because of high-performance capacity to work on great speed, they are especially preferred for high volume production.
  2. Extra Heavy duty lathe machines: Depending on the type, the swing of bed for these machines varies from 630mm to 1600mm. Apart from this; extra heavy duty lathe machines provide more efficiency and better performance as compared to other lathe machines. Because of these features, it has a wide range of uses in various industries including shipbuilding, iron and steel plants, paper industry, etc.
  3. CNC lathe machines: Computerized Numerical Control (CNC) lathe machines use a computer to control tools and performing different operations on the workpiece. The computer is programmed with G-code. A custom computer program is fed into the computer containing instruction about the tasks to be performed. Through code, one can control various features of the machine such as positioning, velocity, rate, etc. Since it is a machine performing the task, human error in the process of performing operations is removed. The computer can perform the operations precisely and repeatedly at high speed. Because of its precision and reliable performance, CNC lathe machines are rapidly replacing older lathe machines in various industries including metal and plastic industries.

Conclusion: Since its invention, lathe has become one of the most essential machine tools. Its contribution as a multi-purpose equipment has made it a highly demanded machine in industries like Iron and steel, wood, plastic and power plants. Influence of modern technologies has caused the evolution of computerized lathe machines. These computerized machines offer fast and efficient performance and remove human error.

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Lathe Machine Market Analysis – Trends, Demand & Supply

Synopsis:

What is lathe machine?

What is it functions? Different types of lathe machines

Market trend overview

Demand & Supply of Lathe Machine today

Market Analysis of 2015 to 2020

Lathe machine is a tool which spins the item or work-piece on the axis to perform a variety of operations like cutting, drilling, various movements, drilling, sanding, deformation, knurling, facing etc. Multiple operations can be performed on Lathe machine. They are used for metal working, metal spinning, glass working, wood turning, and thermal spaying. The lathe can be utilized to give designer shapes to pottery.

What is Lathe Machine?

One of an essential machinery tool for the manufacturing industry, it basically involves in processes of many kinds and functions in cutting, shaping, drilling, sawing, planning, grinding & reaming.

Mainly there are two major types of Vertical & Horizontal Lathes machine. They perform conventional & CNC lathes operational tasks.

Also, there is little variation by End- user purpose.

Such as:

1) Automotive

2) General manufacturing

3) Transportation

Global Market Trend Overview:

The global lathe machines market has grown outrageously recent study showed estimated to be $ 9925 million in 2015 & is expected to reach $12,012 million by 2022. The APAC dominated aggressively on the market with 43.9% of the entire global market share of lathe machine in 2015. Lathe machines are one of the most powerful machines and considered extremely important in workshops. The horizontal lathe machines segment was the most popular & leading type of lathe machine in 2015. Since this statistics gives us a fair understanding of overall trend to the market, the industry has a much more confident approach towards the market growth.

Lathe Machine Market Analysis

Demand & Supply of Lathe Machines:

The market trend of lathe machine tells us about many key factors of the industry. The growing demand in MENA region has empowered many Indian lathe machine manufacturers. This new outlook on the machinery industry has shown prosperity signs towards Indian manufacturers of lathe hence has brought great inclination of financial growth to India.

There are few key vendors who enjoy the privilege are:

•    DMTG

•    DMG Mori

•    Yamazaki Mazak

•    Okuma

•    Samsung Machine Tools

Different Types of Lathe Machines & Their Applications

Bottom Line: 

Most demanded work-shop machines in manufacturing or engineering industries. These lathe machinery tool is manufactured based upon the required dimensions like shaping & cutting measurements according to the industry.

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The Radial Drill and Lathe Machine Have Made Immense Contribution to Manufacturing

The machine tools used in industry can be classified into various categories. The basis of classification for machine tools can be done as follows.

  • Classification based method which the metal is shaped. This includes metal cutting equipments and metal forming tools.
  • Classification based on control of tool movement, where we get the difference between convectional models and CNC machines.
  • Classification based on applications of the machines. In this group we have the general purpose machines and the special purpose lathe machines.

The metal cutting machines comprise the bulk of the demand for the machine tools. Some of the major metal cutting machines include the radial drill machine and the lathe machines.

The Radial Drilling Process

This is the process of cutting holes through metal and uses a drilling machine. Fine metal shavings are forces out of the metal as the drill bit advances inside metal in rotating motion. The radial drill machine comprises of the drilling head mounted to slide on a radial arm, which is designed in a way that it can rotate, be raised or lowered on a vertical axis depending on the positioning of the work piece. The main feature is therefore the ability to swing horizontally around the arm and vertical for height adjustment.

The machine is designed for medium, large and heavy work pieces and therefore designed with rigid frame and base to be able to handle and accommodate heavier work pieces. In industry, there are various designs of the radial drill machine and these are;


The Plain Radial Drill Machine

The arm has vertical and horizontal movement of drilling head on the arm and circular movement of the arm along the vertical axis.

Semi Universal

In addition to the movements of the plain radial drill, the drilling head can be swung perpendicular to the horizontal arm. This allows drilling at an angle to the horizontal plane.

Universal Radial Drill

In addition to the above movements, the arm holding drill head can be swung horizontally. These innovations enable the machine to drill at any point and any angle.

The Lathe Machine

The lathe machine is also among the important tool room equipment used in metal shaping and sizing.  It is designed to hold the work piece for various metal operations to be done. These include turning, grooving, chamfering, knurling, facing and other forming operations. The lathe machines are classified heavy duty, light duty, medium duty lathe machine.

Heavy duty lathe machines are designed with special mechanical features that enable it handle the heavy thrust and forces required during metal shaping. The machines are also designed to operate with minimal vibration. This is achieved through use of close grained cast iron combined with salt additives to achieve the required hardness.

Light duty lathe machines are used in applications such as wood working and lighter applications of turning, tapering, slotting, metal spinning and other smaller scale applications. Lathe machines are made with robust construction to guarantee perfect metal shaping and long functional life.

Due to such kinds of operations, the radial drill and lathe machines are the focus of machine tooling, with huge amounts of resources spent on development and innovations on these machines.

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The Possibilities of Non-Stop Machining with Lathe

Machining Options Preferred with Lathe

Lathe machine was earlier applied in pottery making, metal and glass work. It is a multipurpose workshop component reliable for a range of operations parting from cutting such as drilling, threading, grooving, knurling, etc. The rotational axis stays the key factor that makes this tool unique from other workshop machinery. Since, a lathe machine is preferred for various machining operations when additional tooling gadgets are fixed with it. For perfect finishing over materials that need to be machined and for machining large diameter of work  pieces lathe stands as the most compatible and cost effective option. There are different types of lathe machines available; however, a lathe model is selected based on the swing model and the size of the work piece and the space between head and tailstock to confirm the compatibility of machining possibilities with respect to the work piece material.

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Beneficial Machining Features of Lathe Machine

Lathe machines are beneficial in various aspects and the different types of lathe models stays beneficial in unique way. For example,

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  • Turret lathe is suitable to carryout cutting operations of different sorts over the same work piece material.
  • Light duty and heavy duty lathes are also available for respective quantity of work piece materials.
  • CNC lathe is aided with computer system and is considered the most versatile of all lathe machine models

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Apart from that automatic lathe models are suitable for low cost production for moderate and heavy duty machining requirements.

Continuous Production Possibilities with Lathe

With multipurpose machining aspects this cutting machine is found to one of the most preferred workshop machineries which are found to be economic as well as highly productive. In addition, CNC operated lathe device is a step ahead in cost saving. When compared to other lathe models, operating CNC requires very less man power. With the assistance of skilled labour CNC lathes can be preferred for speedy task and non-stop machining activities. Complicated machining requirements like specific drilling and threading which are not possible in drilling machines can be carried over with lathe machines.

Advantages of Manual Lathe over Recent Lathe Models

Machining expenses are comparatively lesser with CNC lathe machines when compared to manual lathe. Apart from lesser expense and non-stop production option CNC and other automated lathes are beneficial in several ways such as,

  • There is less chance of safety issues with CNC machines whereas; manual lathes have to be handled with precautions.
  • Skilled people can handle CNC embedded lathe very easily which is not possible for operators who have experience only to handle manual lathe.
  • Power consumption is lesser in CNC and it stays a suitable machining option for higher productivity.
  • Automated and CNC embedded cutting machines are known for ease of maintenance also.

Conclusion

A lathe device is certainly found to be compatible for complicated machining jobs. In addition, finding an automated lathe model is a suitable choice for high productivity and long term usage.

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5 Significant Innovations Made in CNC Lathe

Why CNC lathe is considered a high end model for machining?

A lathe machine embedded with Computer numerical control is found to be the high end model for its superior functionality and efficiency.

List of five significant features

  1. Running Speed

CNC lathe is known for its speed of machining as it can work on many number of work piece materials within short period of time. Conventional lathe equipment works relatively lesser than CNC.

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  1. High Performance

Increasing the performance of lathe while it is in operation condition is very easy with CNC lathe machines. It is convenient to set the tooling option quickly and we can find several innovations added to the machine functionality from time to time because CNC is adaptable to technical adventures.

  1. Meticulousness

One of the main attractions in CNC lathe is the precision obtained in machining. Every time before the machine is operated it is very convenient to set the cutting dimension. The specifications are fed in the computer and the operation will take place automatically considering the commands fed.

  1. Saves Labour Cost

Traditional or semi automatic lathe equipments need the support of labour in terms of operating the machine and in setting the work piece one by one. A CNC lathe on the other hand does not require much manual support other than monitoring the operations in computer.

  1. Time Saving

The operator working with CNC lathe will be able to reduce wastage of materials because precision of machining is a guaranteed feature in this machine.

Plethora of lathe devices offered by Yash Machine Tools   

Yash Machine Tools supplies machining tools to several engineering industries. As far as lathe is concerned, they supply light duty, heavy duty, medium duty and extra heavy duty lathe machines.

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Find out the significance of Light Duty Lathe

For better surface finish and different turning requisites a light duty lathe is the right tooling option. This device is equipped with a light lathe bed and big spindle bore to turn the work piece to different positions.

How Medium Duty Lathe works effectively for Engineering Industries?

It is a comfortable device designed to bring more efficiency in operating it. Equipped with stress relieved bed and induction hardened guide ways this type of lathe suits for long term operational needs.

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Significant Benefits of Heavy duty Lathe

It has a powerful spindle design that helps to obtain excellent machining performance. The enclosed feed box is yet another attraction that stays compatible for different thread machining operations.

Know about the features in Extra Heavy Duty Lathe

This model is provided with dynamically balanced spindle. The presence of lead screw keeps the machine components free from dust and paves way for safe operation environment.

Find out the reliable reasons to choose lathe device from Yash Machine Tools

Yash Machine has a wide collection of lathe equipments. They also supply top imported lathe models at affordable cost.

Conclusion

A lathe device is the most common workshop machinery found in engineering industries. A CNC lathe is the latest preferred lathe machine as it has many innovative features that help for better machining at moderate investment.

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Learn How to Capture the Best Production Quality from Lathe and Drilling Machines

Obtaining Best Workshop Performance from Lathe Machines

  • A lathe machine is a wonderful invention by engineers that helps to complete a range of workshop activities.
  • A geared lathe or CNC embedded lathes are few illustrations to exhibit the performance attitude of lathe.

WM Series Flat Bed WM Series Slant Bed

Drilling Equipments Made Easy by Yash Machine Tools

  • Yash Machine Tools is a workshop machine manufacturing company that offers variety of drilling as well as grinding components.
  • Radial drilling machine, All geared radial drilling machine, Milling cum Drilling equipments are some of the drilling components produced by Yash Machine Tools.

Modification in Lathe and Drilling Devices

  • All geared radial drill machines from Yash Machine tools are made in different sizes and variable working capacities including changes in drilling diameters.
  • All geared lathe on the other hand is available as heavy duty, medium duty and extra heavy duty strength to handle different capacities of machining products.

WM SERIES HEAVY DUTY LATHE MACHINE LATHE WM SERIES LIGHT DUTY LATHE MACHINE

 Advantages of Drilling Devices from Yash Machine Tools

  • Radial drilling devices from Yash Machine Tools are made considered the requirements of international standards.
  • Every drilling equipment model is known for high precision, durability, and multiple performance sequences such a counter boring, reaming, spotting, tapping, etc.

WM SERIES RADIAL DRILLING MACHINE

Conclusion

Spending for workshop tools is more important as its industrial usage should pave way for making good revenues. Yash Machine Tools offer reliable and cost effective machinery for various machining processes.

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Why Maintenance and Fabrication is Considered Important Requirements for Latest Lathe Device Models?

The Miracle in Machining with Lathe

Lathe is a wonderful apparatus that stays very effective for shaping metal materials in to various forms. It works by controlling the position of the work piece which is rotated by lathe itself with the support of components attached to the spindle. Considering the flexibility of machining with lathe, manufacturers have contributed different types of lathe apparatuses for different shaping activities such as drilling, threading, milling, etc. Machining work done with the help of lathe forms a different experience for the technicians who can flexibly adjust the rotating dimension of the spindle to match with material. Though lathe can be regarded as one of the old machining methods, it is in fact is a flexible option that can perform perse metal shaping activities. Modernity in lathe device is an important reason that enhances the performance of shaping materials. For example,

  • Semi geared lathe apparatus made from highly fabricated raw materials are found to be a high performance machine.
  •  A heavy duty lathe device comes with latest features is a wonderful equipment to handle shaping operations of heavy duty metals.
  • An all geared lathe device is known for its strapping design and it stays a wonderful choice for high performance again.

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Maintenance and Fabrication-The Two Important Requirements for Reliable and Long Term Machining Activity

Lathe is designed with high grade materials that are fabricated perfectly and the process of fabrication keep the machinery going for long term dependency. Moreover, buying a lathe which is well fabricated is evidence that reflects on its strength, quality and capability to perform in a standard way. Fabrication is the process of machining components parts by using a range of raw materials such as steel, alloy, cast iron, etc. This process is carried over based on the industrial requisites and machinery made from fabricated components will work on reliable basis. Proper fabrication also favours for long term reliability of the equipment. Above all, this technology also reduces the cost of maintenance because lathe which is made from fabricated components go compatible in handling heavy duty material and to work under high pressure.

Tips to Invest in Best Lathe Device

  • Always buy machinery from popular manufacturers who offer durable products and who can support for maintenance and spare parts supply.
  • It is better to choose a company who do not face issues in transporting the required machinery component at the earliest.
  • Indian lathe machines are known for cost effective pricing, excellent mechanism and customized designs; hence, buying a lathe from India based company has more to do for the investment you make.
  • Make a detailed quote from the manufacturer about the fabrication facility available so that the consumers can experience less maintenance.
  • Make sure that the manufacturer bears reputation for client satisfaction in offering customized solutions in machinery designing.

Conclusion
Investing on lathe saves your expenses on fuel as many modern lathe devices are made over powerful machine designing concept. Moreover, this shaping machinery is a suitable option for machining heavy duty materials which is not possible in other equipments meant for shaping.

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Drift Your Workshop to the Next Level with All Geared Lathe Machine

Significance of applying all geared lathe machine

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A lathe machine is an important work shop machinery that is applied for a range machining purposes. The lathe is a tool that works in terms of rotating the work piece on its axis to obtain different machining operations like shearing or cutting, drilling, knurling, and many more. It can also be considered as multi-purpose workshop machinery that is preferred for easy application and effective performance. There are different types of lathe machine available in the market suiting a variety of the industrial demands. Moreover, all geared lathe machine is a workshop lathe device designed on modern technology basis for obtaining enhanced performance with precision in machining. It is mainly used for shearing or drilling tough objects. In addition geared lathe machine can be applied for its capacity to high resistance to corrosion hence they are found to be an ideal option for several industries such as mining, paper mills, steel rolling mills, etc.

How all geared lathe machines helps developing workshop activities?

As far as workshop machining process is concerned, lathe machines stay very effective for improving industrial workshop activities. There are variations in the functioning of different designs of lathe machines such as

  • Medium duty lathe Machine - A medium duty lathe is a suitable lathe machine for metal working wherein, the device is powerfully built for providing ultimate machining performance and trouble free functioning to handle work piece that are of moderate thickness.
  • Heavy duty lathe machine and Extra heavy duty lathe machine stays useful for gaining ultimate performance as they have higher cutting capacity. These are applied in different industries such as power and mining industry, ship yards, etc. The machine has the provision of large heavy duty head stock to handle work piece of relatively larger thickness.
  • Light duty lathe machine - An all geared light duty lathe is a durable option for machining applied for achieving precise results in industries like ship building, mining, textile, power plants, etc. wherein the machining requirement will be for handling light weight work piece that has relatively less thickness. To know more about CNC lathe machines, kindly visit – www.yashmachine.com/cnc-lathe

In what ways does all geared machine takes your workshop to the next level?

The recent innovative models in lathe machine designs have been considered a boon to develop the workshop process in industries. The application of latest lathe machines such as roll turning lathe machine which is applied in rolling mill industries, cement plants and heavy metal industries for its full capacity carbide tipped specifications. This new type of lathe device is found to be a user friendly as well as a cost effective workshop option. A lathe machine for woodturning for instance is an innovative machining device that is found to be more useful in producing important furniture components such as decorative and functional aspects from wood work pieces. With woodturning lathe we can produce different shapes of wooden handles, bowl gouges, knurling gouges, etc. Lathe machine for glass working is applied to lean, bend and stretch the glass material to the desired shape and accuracy. It is found to be an economic option for production of glass ware. A lathe machine for metal spinning is applied in making shaping the metal piece to the desired form thus reduces the cost of manual work.

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Conclusion

Buying a reliable and durable machine directly from the manufacturer or dealer will stay a beneficial option as it will redeem you from the fear of investing.

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History of Lathe from Beginning of Machine Tool Invention

LATHE – Longitudinal Axis Tool Holding Equipment

Lathe – Introduction

DMTG Extra Heavy Duty LatheLathe is a machine widely used for wood works and machining of metal parts. Lathe is a machine which turns the work piece against a machine tool. The Lathe is used for facing, turning, knurling, taper cutting, threading, gear cutting and many other metal and wood works.

History of Lathe

Lathe is a very ancient tool and its first use dates back to 1300 BC in Egypt. Lathe was also known and used in Assyria and Greece. Ancient Romans came to know about this machine and they further developed this machine. During the medieval period, the use of this machine had spread to most parts of Europe and it was during the Industrial revolution when this machine gained popularity with its use in all the industries. After the development of electronics, automated lathes have been developed.

Evolution of Lathe

The first lathe was a simple lathe which was is now referred to as two person lathe. One person would turn the wood work piece using rope and the other person would shape the work piece using a sharp tool. This design was improved by Ancient Romans who added a turning bow which eased the wood work. Later a pedal (as in manual sewing machines) was used for rotating the work piece. This type of lathe is called “spring pole” lathe which was used till the early decades of the 20th century. In 1772, a horse-powered boring machine was installed which was used for making canons. During the Industrial revolution, steam engines and water wheels were attached to the lathe to turn the work piece at higher speed which made the work faster and easier. After 1950, many new designs were made which improved the precision of work.

Lathes are classified depending upon their application and functionality as

Light duty lathe – These machines find their application in automobile, electronic, electrical industries and are manufactured from quality tested raw materials.

Medium duty lathe – These machines are powerful than the light duty lathes and can work on bigger work pieces and have more strength than the light duty lathes. Click Here to get more information on medium duty lathe machine.

Heavy duty late – These machines are manufactured from highest grades of materials like iron and steel. They are designed for high precision heavy duty operations.

All geared lathe – In all geared lathe, all the rotating components of the machine are driven by the same source at different speeds by using gears to perform various operations.

Imported lathe – Imported lathes are high quality lathes used for high precision operations.

Depending upon the modes of operation, the lathes can be classified as

Manual lathe – In these lathes, the tool handling is done manually and so the precision of work also depends upon the skill of the person handling the machine.

CNC Lathe – CNC lathes are completely automated lathes. We just have to feed the instructions into the computer and the lathe will perform the operations according to the data fed to the computer.

Benefits of Advanced Lathe

With the development of electronics and automation engineering, advanced computer controlled lathes have been developed. The advanced lathes have many benefits over the conventional lathes. In conventional lathes, the lathe operator checks the dimensions regularly to get perfect precision and the time taken to complete the work is more for high precision works. This is very important because if he removes excess metal from the work piece, the whole work piece will be a waste which will result in loss of money and time. In automated CNC lathes, the feedback system continuously monitors the dimensions and so they complete the operation in a short time with high accuracy. The loss is minimal in automated lathes; they are much faster and more efficient in terms of accuracy.

How the Evolution of Lathe has Benefited Major Industries

The lathe can be rightly called the earliest form of the mother working machine. It has been evolved in such a way that most of its circular parts are processed to make horizontal or longitudinal movements while the rotating piece is fixed on its chuck to change its appearance and shape with minimal wastage. It has been redesigned to make it a very practical product by lathe manufacturers. Over decades, the advanced CNC lathe processing equipment has replaced traditional lathes while the production efficiency has doubled and parts processing has greatly improved being a major part and indicator of national modernization.

Summary

Lathe is a very important machine in engineering which is used in most of the fields. They are used for Diamond turning, ornamental turning, metal spinning, glass working, thermal spraying and many other operations. Lathe work is found in most of the products which we use in our day to day life. Lathe will remain as an important machine at all times

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How to Maintain Your Lathe Machine for Long Lasting Performance?

Lathes are the popular tools used in workshops. These can efficiently shape harder objects like wood, metals, plastics, glass etc. The earlier lathes were simple manual operated machines that were capable of forming only cylindrical components. But the modern machines are designed with advanced technologies and are much efficient devices which can be used to perform an entire range of operations required to produce custom shapes out of the harder objects. Cutting, sanding, drilling, knurling and custom formation of the objects are some of the important tasks which can be performed with these modern devices by rotation on the axis for production of axis symmetrical objects which come handy for applications in several industries.

DMTG Flat Bed CNC LatheLathe machines of different kinds are employed today in the industrial processes. These include machineries like all geared lathe machine tools, CNC lathes, turning lathes, heavy duty lathes, light duty and medium duty lathe machines for the choicest selection of the manufacturers. Hence it is easy to buy lathe machine for customized applications in the modern world. However efficient the machine is, it requires care and proper maintenance in order to derive an efficient or optimum performance from it.

Following are a few things which every individual should take care, for obtaining optimum performance from their lathes for a longer period of time.

Maintenance of the lathe machine whether a light duty lathe machine or heavy duty lathe requires heavy duty lathetaking some preventive measures which can help in better performance of the machine during the next operation to be carried out while giving it a longer working life. Today’s machines are equipped with advanced technologies and most of them are manufactured in accordance to the industrial standards. Most of these industrial machines are designed for continuous operations and can be operated round the clock when maintained properly with correct preventive measures taken on a regular basis.

The industrial lathe machines are heavily prone to factors like rusting due to working conditions filled with dust, dirt and moisture. Hence proper and regular lubrication enables smoother and proper operation with the machine. The machine should be checked properly for any kind of defects like improper fittings, nuts or bolts, worn out components or any other condition of the machine which can result in its breakdown while operating. Improper lubrication of the machine or loose fitted nuts or bolts can cause excessive wear and tear of the machine while creating dangerous operating conditions. It would be much better if the lubricant is changed on a frequent basis if working in much harmful and dust prone conditions. The ways present on the lathe are precise grounding surfaces which should be maintained very clean and dirt free. Before actually employing the machine for work it is advisable to check out if there are any missing parts or any broken or damaged components like shear pins within it.

Working conditions should always be kept in mind while using the machine. In hotter work environments care should be taken so that the machine does not get overheated nor there is any damage to the seals. It would be a good practice to operate the machine at lower speeds while employing the machine in colder work environments.

Added, the operators of the lathe should be provided with knowledge of best practice of working with the lathes. They should be aware of the safety hazards related with usage of lathe and necessary precautions to be taken to avoid these hazards. This will ensure a safer and secure operation with lathe machine. Click here to learn more about Lathe Machine.

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