Category Archives: Radial Drill Machine

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

Radial Drill Machines

  • 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.


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.

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.

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.

The Use of Drilling Machines in Education Institutions and R&D Facilities

Mahatma Ghadhi stated that “live as if you were to die tomorrow. Learn as is you were to live forever”. In this regard, tertiary education institution such as universities and colleges are always innovating and developing new solutions to current problems. Most popular research in mechanical and civil engineering involves developing new products, prototyping, materials testing.

Different types of drill equipments find immerse applications in training institutions as well as research and design centers.

Use in engineering education

Engineering training impart practical skills to students. Most engineers, technicians and plant operators are required to develop physical products as well as perform laboratory testing of some materials. Engineering institution must therefore have different types of these machines.

Students use radial drill to perform heavy duty boring on large work pieces. The radial and bench drill allows students to cut holes at different angles and depth with precision. Therefore, institutions training mechanical and civil engineering must have radial, pillar and bench drills to perform various operations during their practical sessions and in development of their projects.

Due to increased mass production, students are currently being trained on computerized drilling operations. This necessitates the use of CNC drilling machine. One major problem with conventional drills is the enormous time wasted when changing tools and aligning work piece. CNC overcome these difficulties and are therefore a must have equipment for all training institutions. CNC are suitable for high variable work piece, low volume, and unique jobs. They allow for quick work change and precision boring.

drilling machines in education institutions
Features of education drill machines

These devices are sturdy and able to withstand heavy loading and shock. They also come with extra features that allow students to understand the machine when using them.

In addition, they are manufactured to precision to enable the technicians and engineers bore materials perpendicularly and achieve the required accuracy and precision. The machine bed, clamping table, radial arm, pillar and base are heavy and machined to flatness and levelness.

These machine tools must also have extra safety features. They are specially designed for increased safety since trainees are not well qualified. They have an emergency stop button to stop the machine immediately. They also have safety guards that shield all moving parts to minimize accidents.

The CNCs used by education facilities is versatile with numerous functions that encompass drilling, shaping and some form of milling. They can get inputs from a computer drawing or from program and implement operations automatically.

Use of drilling machines in research and design

Mechanical engineering R&D is about developing new techniques and using better materials. The development of prototypes and models is a must in research before they are tested. These designs include; new engines, flywheels, gear boxes, transmission lines, hydraulic systems, pneumatic systems, car bodies, chassis, equipments, tools just to mention a few.

The development of these models before subsequent testing and redesign requires extensive drilling.   The types used in these labs have ultra high precision and their table, pillar, clamping set, and other marts must resist any bending in order to cut straight and perpendicular holes. Most R&D shops use CNC types due to its accuracy, functionality and ability to link 3 dimensional models to drill operation.

Crucial Metalworking Projects and the Radial Drill Machines

It is impossible to execute crucial metalworking projects without the assistance of proper tools and equipment. One such machine utilized in a gamut of metalworking processes is the radial drill machines. The major principle behinds its functioning is quite simple. Radial drills find perfect application in drilling holes on surfaces of a particular material, which is a major requisite for some of the crucial metalworking processes. However, simple drills won’t prove to be of much use, when it boils down to ensuring the perfect drilling for various metalworkings. It is during those times that engineers feel the need for radial drilling.

Quite different from its other counterparts in the market, this particular type of drilling machine operates on a spindle with an arm. By swinging the arm of this particular tool relatively to its base, workers can operate on a larger surface area of work pieces. Now, there are several metalwork processes including casting, forgings, and weldments that require the assistance of this particular device. Moreover, depending upon the specific industrial requirements, there are various radial drilling tools available on the market. The choice of tool will depend on the respective processes performed with it.

What this article wishes to enumerate is the role of the radial drill in the crucial metal-casting projects. Breeze through the article, if you wish to have profound information on the topic.

Radial Drill Machines

Executing diverse casting techniques

Metal-casting happens to be one of the integral segments of metalwork. And this process includes several techniques such as centrifugal, investment, spin and die-casting.  None of these techniques can be executed without using the radial drilling mechanism. By utilizing this machine, it is possible to create castings of various diameters and thicknesses. The main benefit associated with the equipment is its rotatable arms. While working with this tool and creating castings, you can move the arm and lock it any specific position you deem fit.

Functions of the drill head

Another significant advantage of using this drilling device is the availability of the drilling head. There is no denying the importance of boring a hole in crucial casting projects. And it is the drilling head that makes it happen. Therefore, you must always choose the all-geared drill equipment to execute such crucial processes. One of the major components of this tool is its drill head that perfectly moves to and fro the column. As the most desired outcome, you can bore holes conveniently in the structure.

Choosing the tool

Perfect execution of a metal-casting project encompasses quite a few aspects. Firstly, there is a need for highly functional drilling device coupled with radial arms. Secondly, there are quite a few factors worth considering, before finalizing the purchase of the machine. Irrespective of your choice of the tool, you must plan your purchase from the leading suppliers.

Special features and specifications

Whether it is the all-geared ones you need or the semi-geared drilling device you require, there will never be a dearth of options with them. Some of the top advantages of planning your purchase from the top sellers are:

  • Highly durable products offering the perfect strength and support. The equipment supplied by them is uniquely manufactured with state-of-the-art technology.
  • Additionally, they render perfect assistance in the completion of crucial industrial casting processes. And its performance is hardly affected by adverse working conditions.
  • Finally, radial drills are available in a variety of specifications. Depending upon the specific metal-casting requirements, you can opt for the ones with 50, 60 and 40mm capacity.

There are several industrial projects that require drilling. And none other than the drilling tools with radial arms proves to be beneficial for them. Especially, when it comes to the successful completion of casting projects, there is nothing like the radial drill devices.

Applications of Radial Drill in the Cement Processing

With increasing global innovation, industrial processing is becoming more and more efficient. Technology is an advancing engine of change and makes more technology possible. Advance processing systems in cement manufacturing is an embodiment of technology, which has also been reflected in the machine tools industry. The invention of the radial drill as supporting equipment in cement manufacturing enhanced efficiency and productivity in numerous ways.

Production Process

Production is through several stages before the product is realized. Various equipments are used in these processes. Two classes of raw materials are used in the manufacture process.

Lime containing raw material is combined with clay and clay resembling materials (shale, slag, bauxite, iron ore and silica) to form the final product. In efficient manufacturing 1.5 tons of raw material produces approximately 900 kgs of finished product. Manufacturing processes include;

Extraction of limestone

This is the process of dredging and digging out of the naturally occurring limestone. Explosives are used to dislodge the material, which is loaded on to trucks to the factory.

Radial Drill in the Cement Processing


This is a process of size reduction through crushing machines. There is the primary crushing which reduces the bigger size rocks of limestone to smaller, softball sizes. These are then further reduced in size to approximately quarter inch particles.


The process of mixing all the required raw materials before final crushing is done. At this stage, chemical analysis is done for the raw materials to ensure a uniform high quality product is achieved.

Fine Grinding

This process can be done through the wet or the dry process. Wet processing is done when the clay portion of the raw material is very moist to make dry processing impossible. Material is passed through drums containing steel balls, which reduce the size of material to sand like particles. In wet processing, water is added to form thin mud. Material is then in burned in giant sized kilns to produce clinker.

In dry processing, the processes are similar, but water is not added to the blended material before firing.

Equipment Used in Production

The whole process of cement manufacture is automated. This is due to the huge volume of material used for economical production to be achieved. Equipments used include; vertical and rotary shaft kilns, clinker grinders, ball mills ,material handling machines, crushing equipments, bucket conveyors, motors and rollers. The machinery used depends on the level of automation that the manufacturer prefers.

Maintenance of Equipment in Cement Processing

Cement production is a heavy energy consuming process and therefore regular maintenance. Regular preventive maintenance ensures continued efficiency in large-scale operations and increased profitability. Maintenance practices include greasing, oiling, shafts machining, replacing worn out parts, and even cleaning.

Manufacturers usually have separate supporting workshops for emergency repairs and maintenance. Among the critical equipment, include radial drill, lathe machines, milling machines and fabrication equipments. The radial drill is particularly useful due to its ability to handle large work pieces during drilling operations, countersinks making and in some cases boring operations.


Cement manufacturing involves combination of clay and limestone materials through a series of stages of crushing, grinding and firing processes. Supporting workshops are installed with equipments such as the radial drills, lathes and fabrication equipment. These ensure preventive and emergency maintenances are done without interfering with efficiency of the system.

Application of the Radial Drill in Petroleum Industry

The radial drill is one of the most important equipment in industry. It is an enhanced drill machine with the following components; the drill head, the arm, the column and the base. The critical operational function of the equipment is the ability of the head to rotate about the column at a radius equivalent to the arm. The height of the equipment can also be adjusted depending on the size of the work piece.

It is therefore very versatile equipment, which has wide-ranging applications especially in the oil production and conveyance. The equipment is usually set on a workbench or table, while very large types are mounted on the floor.

Advanced uses of the machine include reaming, tapping, spot facing, counter drilling. Various models have been advanced for this equipment to serve the various industries.

Drilling Works In the Petroleum Industry

Drilling Works In the Petroleum Industry

The oil field and petroleum production industry poses certain special challenges. It is a heavy machinery industry, handling equipments exposed heavy corrosion and mechanical breakdowns sometimes in far off areas. Radial drill equipment is vital in numerous repairs handling very large work pieces associated with oil exploration. Some special applications include;


A conical cutter is fitted to the equipment to create a bevel shape or a tapered end. This process is important in creating the bore for flat-headed screws. Common angles of the counter screws are 82 degrees and 60 degrees.

Counter Boring

This is a process of enlarging the top end of a bore up to a certain depth, and creates a square shoulder on the produced bore. Counter boring is done to allow the heads of the screws to properly flush with the surface of work piece.

Spot Facing

This is a delicate process of smoothening off a round edge of the bore to create a level-sitting surface of the countersink. It is also used for surfaces such as washers, bolts and nuts to fit tightly below the surface of the work piece.


This is also well achieved using the radial drill. This is a process of creating a thread in a drilled bore. During this process, the machine is not necessarily powered so that the chuck is turned by hand gradually until proper threads are created. Tapping of larger holes require positioning of the tap using the drill chuck and a tap wrench is used for greater power and grip to be achieved for tapping.


This is the process of enlarging a small hole to the targeted diameter. In the petroleum and the oil field, precision is very important and this is a critical process used to achieve precision. The holes are drilled to smaller dimensions then rimmed to reach the required diameter. For greater precision, a bore should be drilled and reamed while still on the same set up.

The importance of the radial drill in the petroleum industry is critical and especially where high precision is required. The ability of the machine to accommodate different tool bits has also enhanced its applicability in the oil production and conveyance industry.

Manufacturing High Quality Engine Blocks Using Radial Drills


It is said that “quality is the best business plan”.  In any manufacturing companies, precision, accuracy and conformance to the set specification is of paramount importance. In the machining of cast blocks, accuracy is imperative to achieving good performing engines which have a long life and increased efficiency.

In line with this, reciprocating machines have a high number of drilled holes. These holes may be through bored or are blind hole. They are used to position and fasten various components such as lubricating system, fuel inlet manifold, exhaust manifold, cylinder head, pistons, crankshaft and other parts.

Heavy duty radial drills, due to their accuracy and ability to withstand heavy loads are widely applied in boring operations.

Manufacturing High Quality Engine Blocks Using Radial Drills

Boring precision holes on the block

Quality does not happen by chance, it is a result of careful planning and use of the right equipment in the production centers. Powerful, versatile, high precision and accurate machine tools must be used.

Holes must be accurately drilled, bored and reamed to achieve efficiency and increased reliability. In addition, these opening have varying depth, inclination angle and diameters. It is imperative that a heavy duty drill which can accommodate the whole engine and allow 3 dimensional drills should be used.

These equipments have protruding arms where the spindle moves horizontally while the block is held stationary. Upon clamping, most openings can be bored by merely rotating the arm or moving the spindle.

While pillar drills are applied in single repetitive holes, different cars have varying models such as inline, V block and others. Within these engines, their openings have great variation which can only be drilled effectively using radial machines.

Maintenance and repair of cylinder heads and engine blocks

Statistics show that a car requires overhaul after 30,000 to 50,000 hours of service. Maintenance is at the heart of every efficient and productive vehicle. Most cars require that their blocks are opened, piston hole reamed and other operations done on the cylinder head.

These operations can be effectively performed on these devices. They are capable of heavy duty loading, have adjustable speed for different operations, achieved three dimensional loading through the movement of the arm and the table. This makes them the most viable drilling equipment in most workshops.

While other equipments such as pillar drill cannot function as a radial drill, the later is able to perform all complicated, variable and fast drilling operations that characterize most maintenance shops. It is therefore a machine that all service and repair workshop should have.

Boring and reaming piston bores

Engine cylinder bore provide a route through which the piston passes. They must be accurately drilled, enlarged, reamed and cleaned during maintenance. Due to their large diameter and need for straightness and accuracy, this equipment is mostly used.


The rising number of cars due to urbanization and economic development will evidently increase the number of production and repair workshops. To perform these operations, radial drills must be used to achieve accuracy during manufacturing.

Precision Engineering with Advanced Technology

Machines used for manufacturing need to be extremely precise. An error of a single millimeter can render the object worthless. Hand operated power drills can sometimes cause these errors which is why manufacturing units need to use radial drilling machines to make their machines absolutely precise.

The drill machine has transformed industrial work of every kind and made complex tasks seem easy. The drills available in the market today are made of the finest materials and abide by the latest technological and engineering innovations in the world. These drills are used for a plethora of machine works.

Precision Engineering with Radial drilling

This is one of the reasons why more and more manufacturing units prefer using the radial drill press as precision is mandatory. This machine is considered one of the most adaptable types of drill press. The radial press can do a variety of tasks some of which are countersinking, boring holes and grinding off minute particles in stone works.


Selection of drilling apparatus depends on the type of work to be done though some radial drills are mounted on the floor, the most conventional set-up of radial drills are those that are mounted on tables or work benches. With the radial drill set-up on a work bench it is easier to drill the work objects. There is no need to change the position of the objects as the arm can reach as far as its length will allow. It is much easier to move large work objects around with the radial drill. Large work objects can be placed on the work benches or tables by cranes as the drill can be swiveled around out of the way.

Types of drilling Machines
There are a variety of drills which can be used for various purposes. Some examples of different drills include the rock drill, the handheld rock drill, radial drill, core drill, horizontal direction drill, magnetic drill, heavy duty all geared precision radial drill, all geared drilling.

The radial drill is known for its precision, efficiency and accuracy. These drills come in a variety of sizes of drill heads, capacity and base plates. The machines guarantee the most exacting requirements of engineering and allied operations.


Types of Radial drilling Machines
There are three types of radial drills.

  • The plain radial drill; the drill spindle is vertically mounted and cannot swing over any point of work.
  • The half-universal drill; the drill may be swung over any point and may swing in one plane at an angle.
  • The full-universal drill; the drill can be swung in any plane at any angle

A radial drill or radial arm press is a drill press that has been attached to an arm assembly which can be moved around as desired to the length of its arm’s reach. The assembly consists of the arm, column and the drill. The head of the drill can be height adjusted and rotated as desired. Besides the compact design, the radial drill can position its drill head to work through this radial arm mechanism making it easier to drill in hard to reach places.

Thus, the radial drills are of robust construction and are designed for heavy duty drilling which guarantees precision work, making manufacturing process easier and more efficient.

Different Type of Hard Metals and Heavy Duty Material Management

What are Hard Metals?

Iron, aluminium, gold, etc are naturally extracted metal types and they are classified as hard components. When compared to naturally obtained materials, these are comparatively stronger, solid and weigh more.

Industrial Hard Metals

Due to its strength and reliability, these types of raw materials are preferred for manufacturing machines, structural parts used in automobiles and aerospace, and many components where rigidity is required. Some of the important metals applied for industrial usages are steel, iron, cast iron, copper, aluminium, etc. However, some of them can be applied through flexible means in hot condition.

Industrial Hard Metals

The Art of Handling Rigid Substances

Rigid materials are harder to deal with while using simpler tools and when machining manually. In addition, possibilities of wastage, inaccurate shaping and damage to the raw material may exist. Workshop devices are the best alternative sources to redeem the above issues.

Art of Handling Rigid Substances

How Equipments Transform Difficulties?

Equipments have been created to carry on overall process of lifting the raw materials to placing on the working platform and sending for tooling and then conveying for dispatch. When it comes hard materials, there needs more care and concern, because though labor support can be used for performing all these activities, research studies were done on the maximum capability or stress they can provide to lift heavy materials.

Equipment like radial drill machine

Special Apparatus for Handling Heavy Material

Equipment like radial drill machine is featured with radial arm made of cast iron. The arm can move in different directions and can be adjusted through height or rotation for performing multipurpose operations and reduce the need for manual assistance in adjusting work material. This works out efficiently for handling heavy material management.

Heavy Duty Works using Metal Components

The most challenging part of handling heavy duty material is to reach accuracy in shaping or deforming dimensions. Cast iron is extremely hard to achieve accuracy in machining and aluminium follows next in category when it comes to precision during tooling. However, these issues can be resolved considerably with the help of workshop apparatus.

Heavy Duty Works using Metal Components

Industrial Applications

firmness metals - chosen accordingly in different industries

Based on the structural flexibility and firmness metals are chosen accordingly in different industries. Some of the important sectors which have huge demand for these hard products are machinery and equipment, transport, construction, electrical and consumer durable products, packaging, etc.

Machines Structured for Machining Heavy Duty Work Materials

Machines Structured for Machining Heavy Duty Work Materials

Heavy duty work materials are those which weigh comparatively heavy and bringing them to desired shape or structure requires hard work. This is certainly difficult if performed manually. However, small handy equipments were used by workshop professionals for shaping components. In recent days, there are many smart equipments have been introduced to make things easier. These devices help to reduce manual work and functions precisely. Some of them are drilling machine, grinding and surfacing equipment, lathe, press and many more.

The Three Important Tooling in Rigid Metals

When it comes to important tooling operations, most of the industries require drilling, grinding and cutting. These are commonly applied over metal components.

Three Important Tooling in Rigid Metals


Considering the difficulties of working and safety issues, there is much machinery introduced in the market to carry on with tough part of production work with metals. Yash Machine Tools is one of the popular manufacturers who provide innovative range of workshop friendly devices to work with metals.