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.

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.
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.

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.
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.
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.

Replacement of Light Duty Lathe with Heavy Duty or Extra Heavy Duty Lathe

A lathe is an essential workshop instrument that is been used to acquire distinctive machining operations like shearing or cutting, penetrating, knurling and many more. It is been used as the multi-purpose reason such as for simple operation and for compelling execution. It is mainly been utilized for shearing and penetrating items. It is a machine that helps in removing metals from the workplace in order to make the desired set or an acceptable part in a given size or shape.

There are different types of lathe machines been used depending upon the type of industry that includes light duty lathe machine, medium duty lathe machine, heavy duty lathe machine. According to the extent of machine procedures, the lathe machines can be replaced from light duty to heavy duty or extra heavy duty lathe.

Following shows the difference that how light duty lathe has been replaced by heavy or Extra Heavy Duty Lathe?

Light Lathe Machine occupies less space as compared to heavy lathe. Heavy Lathe Machine is been manufactured from the highest grade material like iron and steel as they are made for heavy lathe actions.
Light lathe machine is generally been used for electronic, electrical and automobile industry whereas heavy duty tasks perform actions like screw cutting, sliding and surfacing options in heavy metal industries.
Extra Heavy Lathe machines are considered as most efficient and effective machines as compared to other lathes. They are mainly used in different industries like steel and paper mills, oil, shipbuilding, power plants, mining and textile industry.
Extra heavy duty lathe machines are mainly used in large industries because of its factors that include low maintenance, long working life, best adaptability as well as its accuracy in performance. It is been used for processing large size workpiece up to the maximum.
Heavy Lathes have been driven by high power motor for high precision cutting capacity with high bearing capacity.

These are some of the reasons that how heavy duty lathe or extra heavy duty lathe is been beneficial to the industry. Considering with the latest advancement in the technical aspects, Yash Machine Tools is the leading supplier of machine tools offering a different type of lathe machines like all geared lathe machine, flatbed & slant bed CNC lathe machines, extra heavy duty lathe machine and vertical turning lathe machine. We offer machines designed with accurate specifications that help several industries across the world.

Evolution of Radial Drilling Machine

The machines are evolved in economy to increase the efficacy of the manufacturing process. The modern machineries are mostly automatic which requires minimal or no human intervention.

The machines have made great impact on the production techniques which has promoted speedy processing and mass production in the economy. Lathe machine, Welding machine, Shearing machine, Radial drilling machine, etc are some machine tools applied in producing equipment. This article will focus on the evolution of radial drilling machine, its components and application in present era.

Radial Drilling Machine: Meaning and Evolution

Radial drilling machine is a tool designed to drill holes on the material which are generally strong and heavy in nature where ordinary drilling machine can seldom be applied. It uses hydraulic pressure to conduct drilling activities.

Prior the origination of radial drilling machine, the holes were usually made by hammering on bow drill quickly and repeatedly on a material. The electronic drilling machine was introduced in 19th Century for drilling medium to large and heavy work pieces such as various metals.

The constant evolution in drilling equipment has resulted in advancement of radial drilling machine which has changed time-consuming production activity to a speedy and hassle-free operation.

Overview of Components of Radial Drilling Machine

The important components of the radial drilling machine with its features are as explained below:

Base: The base of the machine is usually made up of cast iron. It can absorb the vibration occurred during operation.
Vertical Column: The vertical column of the machine has guide ways. It provides guide ways to position the radial arm.
Radial Arm: The drill head assembly can be moved to any extent with the use of this arm.
Arm Clamp: It is used to secure the arm and column in its place.
Spindle Motor: Spindle motor is on the top of the machine. It promotes and controls the movement of spindle, such as up and down.
Table: The table is the place of the machine where the work piece is kept to conduct drilling activity.

Radial Drilling Machine: Industrial Application

The radial drilling machine is compact in size and promotes speedy operation and use in manufacturing process.
It can be easily moved from one place to another, to bore hole in heavy materials and even grind off particles from large blocks.
It is widely used in metal processing, manufacturing and construction units.
It is even applied for versatile purposes in Pharmaceutical industry, Astronomy, Wood working, Masonry, etc.

Conclusion:

Why Yash Machine?

Yash Machine is a foremost leading supplier of Radial Drilling Machine in India. The company also offers a diverse array of high quality machines such as Lathe machine, Sheet Metal machine, Welding machine, CNC Cutting Machine, Press Brake, Bandsaw machine, All Geared Radial Drill, and many more.

We understand our clients’ specific requirements and believe to provide the best to them. We deliver superior quality machineries and unmatched customer support services at cost-effective rates to our well-esteemed clients throughout the world.

Machine Tools Used in Steel Industry

The steel industry employs a wide array of machine tools for distinctive purposes, for instance for cutting, welding and shaping of materials. They are not only useful for obtaining a material of desired shape or size but they have reduced human efforts substantially.

Nowadays, be it a small scale industry or big, machines tools are innovated and evolved in such a way that they can be used in any fabrication. Some of the most widely used machines tools in the Steel industry are listed below:

Welding Machine

Welding is an important process in any fabrication. The welding machine provides aesthetic appearance to the finished weld. In this process, the electric arc formed between a consumable wire electrode and the work piece metal, which heats it, causing them to melt and join.
Along with the electrode, the gas argon is popularly used, with addition of gases such as hydrogen, helium or nitrogen are applied for specific purposes and to improve arc stability.
The evolutionary process of this machine includes Gas metal arc welding (GMAW or MIG/MAG), Gas tungsten arc welding (GTAW or TIG), Shielded metal arc welding (SMAW or MMA), and wide series of MMA.

Sheet Metal Machine

The Sheet Metal Machines is one of the most versatile machines which are used for bending, cutting, pressing, drilling and shearing materials. It applies various mechanism and technologies to conduct its function.
It can be used for various metals such as aluminium, brass, copper, steel and many more. It is most commonly used in automobile industries, construction and for other applications.
Today, there are various types of sheet metal machines available such as Power Press, Hydraulic Press, Iron Worker, Plate Rolling, Section Rolling, Hydraulic Pipe Bending, Bordering Machine, Horizontal Bending Press, Folding Machine, and many more.

Lathe Machine

Lathe is a multi-purpose machine in steel factory as it is used to perform various operations such as like cutting, sanding, knurling, drilling, boring, threading, facing and turning of materials. These functions are possible by components such as spindle, chuck, etc of machine. It is widely used in woodworking, plastic, and metals production.
They come in various types such as Light Duty Lathe, Medium Duty Lathe, Heavy Duty Lathe, and Extra Heavy Duty Lathe.

Bandsaw Machine

The Bandsaw machine is used to cut a metal into two pieces. There are two types of machines based on mounting namely Vertical and Horizontal. It uses a blade which is driven by drive wheel.
To cut metals, a constant flow of liquid (called coolant) is used as lubricant to prevent encrustation. After the cutting is completed, the bandsaw switches off automatically.

Press Brake

A press brake is used for bending or pressing a sheet or plate material. It uses various mechanisms such as mechanical, hydraulic, and pneumatic. It forms predetermined bends by clamping the workpiece between a matching punch and die.
Due to revolution of press brake, the limit switch which was used in earlier days is now replaced by computer numerical control (CNC) systems.
CNC press brakes have fixed bottom bed with the V block tooling clamped in place and a top beam which travels under force with the V blade tools. The CNC Back gauge is operated by CNC, and thus the bending of the sheet or plate material is possible with less intervention of human.
Hydraulic Press Brake, CNC Press Brake, CNC Electrohydraulic Synchronous Press Brake, C Type Precision Press are some of the kinds of this machine.

CNC Cutting Machine

CNC cutting machine is used to cut materials of all kinds including steel, aluminium and wood. The CNC cutter relies on digital instructions from Computer Aided Manufacturing (CAM).
The automated cuts improve the speed and the accuracy of cutting materials. They also come in Portable CNC Cutting Machine which can make work easier in large industries.

Conclusion: Due to advancements in machine tools, the production has become a trouble-free and easy process with less human intervention. They are commonly used for cutting metals and shaping operation in steel industry. Not only, it can produce materials of complex shape but also emits less wastage.

Yash Machine is one of the leading suppliers of machine tools in India. We offer a wide range of quality machine tools such as Welding machine, CNC Cutting Machine, Press Brake, Radial Drilling Machine, Bandsaw machine and various models of Lathe machine. Our every product is highly advanced and robust, which can perform at the supreme speed with accuracy. We provide our highly designed products and unparallel customer services at competitive rates.

Sheet Metal Machines that Impacts Your Operations

To ensure and to project profitable operation strategies, it’s important to have right layout of the Sheet Metal Machine and choosing the right strategic partner.
There are various types of Sheet Metal Equipment that are being used in the industry. Each machine type has its specific use for respective type of work.
Below are few listed Machine types:

Power Press
Hydraulic Press
Iron Worker
Plate Rolling
Section Rolling
Hydraulic Pipe Bending
Notcher
Bordering M/C
Horizontal Bending Press
Folding M/C

Evolutions of Sheet Metal Machinery
As it is understood that the metal working industry employ extensive class of sheet metal equipment targeted to specific work. Its consistent evolution since last more than hundreds of years has made it possible to architect and gives metal the most complex and innovative shapes.
It has also made it feasible and viable to reduce the manual work efforts and also increased the accuracy. New technologies has also been introduced that level up the production ratio and reduced waste material that saves lot of cost to the organisation.
Impact of good layout of your Sheet Metal Equipment
In today’s era of high operation costs which also includes immense investments in machinery cost and wages of employees, it’s important that each resource be it human resource or work equipment are used effectively and efficiently.
Having efficient and properly allocated shop and machine layout helps reduce lot of time over a specific work and will end up being cost effective too. Certainly a complete change over for machine and shop layout is not needed, we need to find out specific solutions:

Allocating smaller sheet metal work area for definite operation.
Replacing older machine with new one.
Timely maintenance of the machine.
Customized designed machine for specific operation.

These factors will increase production, turnover ratio, reduces cost and saves time.
In yesteryears, machines required more man-power to operate and finish the work as there were much simpler machines. Now a days, Sheet Metal Machine Manufacturers are designing and developing machines which can be operated and handled by one person. Today, semi and fully automated sheet metal machines are available.
It is also important to determine and analyse the cost of new machinery and equipment that justifies the volume and type of work. It is desirable to consider whether new machinery that is being planned to purchase would be large or adequate enough to impact your operations.
It is important to get the right designing assistance and support for specific machines.
Brief of designing and optimizing various machines

Power Press Machine

It’s important to accurately calculate cutting force of the Power Press, as it will be required to cut the desired material.

There are several considerable aspect to construct right machine like designing of punch, design of die block thickness, cutting force calculation, gear design, design of pinion shaft and gear shaft.
Henceforth, various and consistent modifications and developments are possible as per the requirement.

Hydraulic Press Machine

It’s vital to look and check for right parts for the proposed set up that will be modelled the required manufacturing of Hydraulic Press Machine, like, support structure which is an assembly of frame and bed, die which is an integral part of process to architect needed shape. Plunger and Hydraulic Cylinder are the main functions to check for.

Iron Worker Machine

There are various challenges to design and structure this machine. The winning design of Iron Worker Machine would be simplest with minimal materials. Several types of specific equipment are available today in the market. Choose the one which are best suited for your business and work.

Plate Rolling Machine

These days, thicker plates of 6 and 7 inches are formed with plate rolls. Certainly, it has fixed geometry system of plate rolls that would have three to four rolls. This system arrangement is quite simple and efficient yet it leaves behind the unbent flat as plates are getting thicker.

Section Rolling Machine

If the structure of the particular equipment is carefully reviewed, it can high tool cost and wear and saves money like Bending Radii, Part Length, Depth of Form, Wide Sections. One also needs to check factors responsible for dimensional variations like Tooling Wear, Machine Deflation, Thickness, Machine Deflation and more.
There are so many machine layouts that meets your exact needs and requirement that will impact your operations and process and level up for better growth and success.
Whether you are a large industrial Plant or Small, if you are targeting globally or domestically, we have an excellent history of supplying extensive range can supplies wide range of Sheet Metal Machines and other equipment tools too. We believe in providing complete customer guarantee.

Radial Drilling Process – Current Technological Developments

The hassles of drilling a hole in large work pieces can be a real headache to an engineer or a technician. There are several limitations to the drilling machine but the radial arm drill has solved several of these problems.

Radial Drill Machine
The radial drill or the radial arm press is a geared drill head that has been mounted on an arm assembly and can be moved around to the extent of the arm reach. The most important parts and components of the radial drill include the arm, column and the drill head. The drill head is made in a way that it can move around, height adjusted, and rotated to be able to drill from various different positions and angles.

Versatile Drilling
With this kind of flexibility in the radial drilling machine, most machinists have seen this equipment as the best and most preferred where constant drilling is done. Some of the main tasks that the radial drilling machine can handle include boring of holes, countersinking and grinding of small particles from surfaces.

Set Up
The most common set up of drill presses are table mounted on work benches but there are some models that are floor mounted. In drilling process there is usually no need to reposition the work pieces as the arm can always be extended to the position of the work piece. Large sized work pieces are easily drilled by this machine since the arm can be moved away allowing for easier mounting and removal.

All Geared Radial Machine

This model is an important innovation of the radial machine, able to perform more operations with increased accuracy and speed. The movement of the drilling head, height adjustments and sideways movements are made through gear lever for accurate setting and operation.

Features of the All Geared Radial Machine

All gears are made using alloy steel that is heat treated for hardening. The gear movement areas are also well lubricated through an oil bath system.
All gears assembly in the machine are perfectly grinded and honed according to the size requirements of the machine.
The column design is with heavy thickness and grinded to the required sizes for greater stability during the drilling process
The machine has an installed auto feed mechanism , designed in a way that should the machine get overloaded , or the drill bit get locked, the machine will automatically start slipping and thus prevent any accident or damages that may result.
The machine is strongly ribbed with a thick walled base plate and a built in cooling tank that holds the lubricating oil. It is also equipped with a spindle reverse and tapping control mechanism as required.
The machine is made with high quality electrical parts able to handle heavy current and sufficient for the machine work load.
The drilling speed is well adjustable for the various drilling operations, such as milling, tapping and honing, counter boring, reaming and spot facing. Various sizes models of the equipment are available for both small and large scale drilling processes.

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.

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.

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

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.

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.

Modern Safety Innovations That Made Machine Tools Stand Out

There is no doubt that the modern machine tool is far more complex in operation, powerful and they process parts at speeds never imagined before. With this increased complexity, the risk of occupational hazards is very high and measures must be taken to reduce the risk of casualties and fatalities.

Machine tools manufacturers undertake to ensure absolute safety of the operator during machining process. This is done through inclusion of several safety features in the equipment that help reduce these hazards.

machine tools

Some important safety features that have made the tool room equipments stand out include;

Machine Guarding

These are barriers blocking access to dangerous parts of a machine such as rotating parts, moving parts, electrically charged parts and even hot areas of the equipment. They provide protection against;

Contact with parts which are in motion
Protection against mechanical failure
Hazards due to electrical failure
Access to equipment due to human error

Other Safe Guarding Features

With increased emphasis on the safety of machining equipment, technology has been developed where the safe guard aperture is fitted with micro switch that prevents the machine from operation when the guard has been turned or removed. Manufactures have also included protection against flying metallic chips, which are potentially dangerous.

Laser Protection Devices

This is an innovative safety device fitted onto the machine. It is also called a presence sensing devise. There is a continuous sensor directed at the die or the machine tool. When there is movement towards the die, it retracts immediately thus preventing occurrence of a hazard. This protection system may also be useful when simple corrections need to be made during machine operations.

CNC Milling Machines

This is a relatively recent innovation in CNC milling machines where by the milling is completely self-driven by the equipment through complex programs running the equipment. This development meant lesser human interaction with the milling tool and adding the level of safety of the machine.

Sensory Devices

These are devices installed in machine tools that monitor the normal running of the machine. They are pre-set to give warning signal whenever machine failure occurs which can lead to dangerous hazards. Certain types of CNC machine models are equipped with heat sensors that give off alarm when overheating occurs’ which could be an indicator of malfunctioning cooling system.

Emergency Stop Systems

This is a system designed for use in emergency conditions to prevent or avert harm from happening to operator or machine damage. The e – stop is usually an optional safety mechanism in an equipment and manufactures have the option to install them based on a risk assessment. When the e-stop does not significantly reduce the effect of hazard then it may never be the best solution.

The emergency stop mechanism is especially important in manual lathe machines where serious hazards may occur especially when the work piece becomes unstable during operation.

The machinery from Yash machine tools has been designed with the necessary safe guards and fail-safe protection systems for efficient and hazard free operation.

Machining Technologies that Make Your Life Easier

Yash machine tools is an engineering company involved in the manufacturing and distribution of machine tools and tool room equipments including lathe machines, milling machines, drilling machines, machining centers, grinders, boring machines, planning equipments and many more innovative equipments.

The company is located in the state of Ahmedabad, Gujarat, India where operations are managed by a team of highly qualified professionals and design engineers.

The company has a vision to become a market leader in production of quality machine tools and associated tool room equipments there by contributing to the advancement of technology in the metal cutting and forming industry.

Machine Tools

We have a mission to develop a strong clientele based on excellent customer service, advanced technology and quality equipments. We believe that no organization can prosper without innovation in their processes; therefore we endeavor to develop innovative products that enhance the efficiency of production processes while at the same time being affordable and easy to maintain.

We currently have a goal to tap into regional and international markets, targeting the Asiancontinent, Europe, the Middle East and the emerging markets of the African continent. Machines and equipments manufactured by Yash machine tools are used in industries such as automotive manufacturing, wood work, metal forming, aviation industries, electrical and electronic industries.

Yash machine tools have incorporated “computer aided machine technology, developed as a much simpler way to deal with parts manufacturing. Before computerization of machining process, considerable labor time and effort was used by companies to develop the design code, which was used to command the machine to guide the tool operation. This has helped put the company among the leading tool room equipment manufacturers in the industry.

Advanced Machine Programming and Efficiency

The inclusion of CAM technology among the CNC machines helped enhance efficiency to achieve faster parts production, higher precision and consistency in production of parts. This technology has been applied in machine tools developed by Yash Machine Tools Company and made these equipments very competitive and highly demanded by industries.

Common Machining Challenges Simplified

Size of parts; this is an issue that is at times overlooked, but in real life can pose serious challenge to machining. Parts as small as pin size can hardly be manually machined.Yash Machine tools engineers understand this too well and therefore they have incorporated automated and high precision calibrations during manufacture.
Chattering during operation. This is vibration during operation and if allowed to continue will reduce the life of the machine as well as that of the tool. Experiencedengineers recommend that deflection must be kept at zero always, or alter the speed of operation.Use of high quality and rigid equipment has helped in reducing the vibration during operation.

Trends and Technologies in Machining Industry

Some of the most recenttechnological advances in metal cutting technology include;

Vibration damping trough advanced tool-holdingtechnologies, which enhances the life of the machine as well as quality of the work piece.
Computer aided manufacturing has also been constantly innovated which has increased the range of machining that can be done as well as increase through put and efficiency.