The lathe
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A lathe is a machine tool that rotates a workpiece about an axis to perform various operations such as cutting, sanding, knurling, drilling, and deformation. There are several types of lathes including engine lathes, bench lathes, tracer lathes, automatic lathes, turret lathes, and computer numerical controlled (CNC) lathes. Lathe operations include turning, facing, boring, drilling, threading, and knurling. Cutting tools and work holding devices like chucks and collets are used to secure the workpiece for machining.
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Lathe accessories By Mr. Rizwan Sehrawat
This document provides information about various lathe machine accessories and operations. It describes common work holding devices like three jaw chucks for holding cylindrical stock and four jaw chucks which have independently adjustable jaws. It also mentions collet chucks for small workpieces and magnetic chucks for thin jobs. Other accessories discussed include lathe centers, lathe dogs, mandrels, rests, and face plates. Finally, it outlines various lathe operations like facing, turning, threading, drilling, tapering, knurling and grooving.
lathe machine
The document summarizes the study of lathes. It describes the main types of lathes including engine lathes, bench lathes, tracer lathes, automatic lathes, and turret lathes. It also discusses lathe operations such as turning, facing, boring, drilling, threading, and knurling. Additionally, it covers lathe components, cutting tools, and work holding devices like chucks, collets, and magnetic chucks. Finally, it lists some common applications of lathes in industries like automotive, aerospace, medical, and others.
Lathe machine
The document discusses lathe machines. It defines a lathe as a machine that removes metal from a workpiece to shape it. It then describes some key parts of a lathe like the bed, headstock, tailstock, and carriage. It explains the working principle of a lathe where the cutting tool is fed into a rotating workpiece to shape it. Finally, it summarizes some common lathe operations like turning, facing, drilling and threading.
Lathe machine
The document discusses the lathe machine, its main components and functions. It describes different types of lathes including speed lathes, center lathes, bench lathes, and special purpose lathes. It outlines the basic parts of a center lathe like the bed, headstock, tailstock, carriage and feed mechanism. The document also discusses lathe accessories, operations performed on lathes, taper turning methods and thread cutting.
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The document discusses lathe machines, including their history, construction, types, and operations. It defines a lathe as a machine tool used to cut or shape cylindrical workpieces. The key parts of a lathe are described, such as the headstock, tailstock, apron, and bed ways. Various types of lathes are examined, including center lathes, turret lathes, capstan lathes, tracer lathes, automatic lathes, and CNC lathes. Common lathe operations like turning, facing, boring, drilling, threading, and knurling are also explained.
Basics of lathe machine
ITS KNOWLEDGE TO GIVE ABOUT BASIC OF LATHE MACHINE.HOW TO EASILY KNOW ABOUT LATHE THATS PROVIDE IN THIS.
Robert gavrila 3481 assignsubmission_file_lathe and milling machine introduction
The document provides information about lathe and milling machines. It defines them as machines that shape materials by removing excess material. A lathe rotates materials on its axis using cutting tools, while a milling machine keeps materials stationary and moves cutting tools to shape them. Safety instructions are provided for both, such as wearing safety glasses and securing workpieces properly. Diagrams and descriptions of their components are also included to explain how they work and compare.
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1. There are several types of lathes used in manufacturing including speed lathes, turret lathes, and numerical control turning centers.
2. Turret lathes have eleven tooling stations that allow for rough simultaneous cuts of metal and are economical for medium production lots.
3. Quick-change tool holders are used on lathes to reduce tool changing time which can constitute 50% of the total cycle time for jobs with repeated operations.
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Lathe accessories By Mr. Rizwan Sehrawat
This document provides information about various lathe machine accessories and operations. It describes common work holding devices like three jaw chucks for holding cylindrical stock and four jaw chucks which have independently adjustable jaws. It also mentions collet chucks for small workpieces and magnetic chucks for thin jobs. Other accessories discussed include lathe centers, lathe dogs, mandrels, rests, and face plates. Finally, it outlines various lathe operations like facing, turning, threading, drilling, tapering, knurling and grooving.
lathe machine
The document summarizes the study of lathes. It describes the main types of lathes including engine lathes, bench lathes, tracer lathes, automatic lathes, and turret lathes. It also discusses lathe operations such as turning, facing, boring, drilling, threading, and knurling. Additionally, it covers lathe components, cutting tools, and work holding devices like chucks, collets, and magnetic chucks. Finally, it lists some common applications of lathes in industries like automotive, aerospace, medical, and others.
Lathe machine
The document discusses lathe machines. It defines a lathe as a machine that removes metal from a workpiece to shape it. It then describes some key parts of a lathe like the bed, headstock, tailstock, and carriage. It explains the working principle of a lathe where the cutting tool is fed into a rotating workpiece to shape it. Finally, it summarizes some common lathe operations like turning, facing, drilling and threading.
Lathe machine
The document discusses the lathe machine, its main components and functions. It describes different types of lathes including speed lathes, center lathes, bench lathes, and special purpose lathes. It outlines the basic parts of a center lathe like the bed, headstock, tailstock, carriage and feed mechanism. The document also discusses lathe accessories, operations performed on lathes, taper turning methods and thread cutting.
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The document discusses lathe machines, including their history, construction, types, and operations. It defines a lathe as a machine tool used to cut or shape cylindrical workpieces. The key parts of a lathe are described, such as the headstock, tailstock, apron, and bed ways. Various types of lathes are examined, including center lathes, turret lathes, capstan lathes, tracer lathes, automatic lathes, and CNC lathes. Common lathe operations like turning, facing, boring, drilling, threading, and knurling are also explained.
Basics of lathe machine
ITS KNOWLEDGE TO GIVE ABOUT BASIC OF LATHE MACHINE.HOW TO EASILY KNOW ABOUT LATHE THATS PROVIDE IN THIS.
Robert gavrila 3481 assignsubmission_file_lathe and milling machine introduction
The document provides information about lathe and milling machines. It defines them as machines that shape materials by removing excess material. A lathe rotates materials on its axis using cutting tools, while a milling machine keeps materials stationary and moves cutting tools to shape them. Safety instructions are provided for both, such as wearing safety glasses and securing workpieces properly. Diagrams and descriptions of their components are also included to explain how they work and compare.
Machining Processes
1. There are several types of lathes used in manufacturing including speed lathes, turret lathes, and numerical control turning centers.
2. Turret lathes have eleven tooling stations that allow for rough simultaneous cuts of metal and are economical for medium production lots.
3. Quick-change tool holders are used on lathes to reduce tool changing time which can constitute 50% of the total cycle time for jobs with repeated operations.
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In this presentation we cover the introduction of lathe, work holding devices and operation of lathe machine. Comprehensively explained!
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The document discusses different types of lathes used to shape metal parts including engine lathes, bench lathes, tracer lathes, automatic lathes, turret lathes, and computer controlled lathes. It also describes common lathe operations like turning, facing, boring, drilling, threading, and knurling. Methods for securely holding workpieces like chucks, collets, and magnetic chucks are presented. Finally, it provides examples of simple calculations for determining spindle speed for a given cutting speed and feed rate and calculating the angle to swivel the compound rest to cut a taper.
Lathe
The document discusses lathe machines and their components and operations. It describes different types of lathes including bench lathes, turret lathes, and CNC lathes. It explains lathe components like the headstock, tailstock, carriage, and bed. It details various lathe operations such as turning, facing, boring, drilling, threading, and knurling. It also discusses work holding devices, cutting tools, and tool holding mechanisms used on turret and capstan lathes.
Mp 2 report
This document provides information about a report on lathe machines prepared by a group of students for a mechanical engineering course. It includes an acknowledgment, introduction of the sponsoring industry which produces lever controls and other metal parts, and sections on the introduction of lathe machines and the main operations and processes that can be done on lathe machines like turning, facing, drilling, and milling. Diagrams are provided to illustrate the main components of lathe machines and examples of different types of lathes.
presentation on Lathe Machine
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The lathe machine
Whole lathe machine in brief which any one can understand easily and quickly.
A Perfect ppt to get knowledge about lathe machine, its parts, operations etc.
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This document discusses cutting tool classification and characteristics. It describes single-point tools that have one cutting edge used for turning operations, and multiple cutting edge tools used for drilling and milling that achieve motion through rotation. Common cutting tool materials are also summarized, including high-speed steel, cast cobalt steel, carbide inserts, and tungsten and titanium carbides. Safety precautions for operating machines like lathes are also outlined.
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The document discusses lathe machines, which are used to shape cylindrical workpieces. It describes various lathe operations like turning, facing, drilling and threading. It explains key lathe components like the headstock, tailstock, and carriage. It also covers workholding devices, lathe types, and turning parameters that define the cutting process. Overall, the document provides an overview of lathe machines, their functions, operations and various related topics.
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This document provides an introduction to lathe machines, including their components, types, and operations. It discusses the main parts of a lathe such as the bed, carriage, headstock, tailstock, and feed rod. It describes common types of lathes like the engine lathe, turret lathe, and capstan lathe. The document also outlines standard lathe operations like turning, facing, boring, drilling, and threading. It provides details on cutting speed, feed rate, depth of cut, and tool geometry parameters important for lathe work.
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Find more about lathe machine and their uses.Lathe machine is used to metal removing operations such as turning, grooving, chamfering, knurling, facing, forming etc with the help of tools. Visit website today.
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Machine tools are powered machines used for metal cutting and finishing operations to shape workpieces. Lathes are one of the earliest and most important machine tools, capable of turning, facing, boring, drilling, threading, knurling, and other operations. The basic elements of a lathe include the bed, headstock, tailstock, carriage, saddle, and tooling such as the cross slide and compound rest. Turning operations produce straight, conical, or curved surfaces, while other operations like facing, boring, and threading create specific surface features.
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A lathe machine is used to shape materials like metal, wood, glass, and pottery by rotating the workpiece about an axis. It holds the workpiece firmly between centers or in a chuck while a cutting tool is fed into the rotating workpiece. The key components of a lathe include the bed, headstock, gear box, carriage, and tailstock. The headstock houses the spindle that rotates the workpiece while the gear box contains different sized gears to control the spindle speed.
manufacturing process 1 ppt about Lathe Machine
manufacturing process 1
lathe machine
it is very much helpful in manufacturing process 1 subject.
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The document discusses capstan and turret lathes. It begins by explaining that these lathes evolved from engine lathes to allow for mass production of identical parts. The key features are that the tailstock is replaced by a hexagonal turret tool head that can hold multiple tools, eliminating the need to change tools between operations. The construction of capstan and turret lathes is then described, including the bed, headstock, turret head/saddle, cross slide, and tooling arrangements. The working principle involves automatically indexing the turret head to bring the required tool into position for each operation in sequence. These lathes can perform a variety of turning, drilling, boring, threading and other operations with high efficiency
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The given presentation consists of introduction to lathe machines, working principles, classification, constructions, accessories, lathe operations, work holding devices, etc
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The document discusses various lathe operations including facing, turning, drilling, and taper turning. It provides step-by-step explanations of the processes with diagrams. Facing involves removing metal from the end of a workpiece to create a flat surface. Turning reduces the diameter of a rotating cylindrical workpiece. Drilling uses the lathe to drill holes before other internal operations. Taper turning creates a conical shape through various methods such as using a forming tool, setting over the tailstock, swiveling the compound rest, or a taper turning attachment.
Lathe presentation1 to_be_class_
The document discusses machine tools and lathes. It describes lathes as important machines that remove material from rotating workpieces using cutting tools. Lathes can produce cylindrical parts and are used for operations like drilling, threading, grinding and milling. The workpiece rotates and the cutting tool is fed into it to remove material and create the desired shape. Different types of lathes are listed as well as lathe components like the carriage assembly, chucks, centers, and cutting tools. Lathe operations discussed include feed rate, depth of cut, cutting speed, and tapering and grooving.
Lathe machine presentation fy b.tech
hello students here i have prepared the presentation of lathe machine for engineering students - By Prof. Ajij I. Mujawar
Lathe machine
Lathes are machines that remove metal from a workpiece to shape it. There are many types of lathes including engine, turret, and CNC lathes. A lathe consists of a bed, headstock, carriage, apron, tailstock, and other components. It performs operations like turning, facing, boring, drilling, tapering, and thread cutting. The document provides details on the components, types, operations, and accessories of lathe machines.
presentation on lathe machine
The document summarizes the principle parts and operations of a lathe machine. It describes how the lathe holds workpieces between centers or in a chuck to rotate them while a cutting tool is fed against the workpiece. It then explains the main components of a lathe including the bed, headstock, spindle, carriage, saddle, cross-slide, compound, toolpost and tools. It also covers different types of lathes and work holding devices as well as common lathe operations like turning, facing, boring and threading.
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This document provides information about a report on lathe machines prepared by a group of students for a mechanical engineering course. It includes an acknowledgment, introduction of the sponsoring industry which produces lever controls and other metal parts, and sections on the introduction of lathe machines and the main operations and processes that can be done on lathe machines like turning, facing, drilling, and milling. Diagrams are provided to illustrate the main components of lathe machines and examples of different types of lathes.
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This document provides an introduction to lathe machines, including their components, types, and operations. It discusses the main parts of a lathe such as the bed, carriage, headstock, tailstock, and feed rod. It describes common types of lathes like the engine lathe, turret lathe, and capstan lathe. The document also outlines standard lathe operations like turning, facing, boring, drilling, and threading. It provides details on cutting speed, feed rate, depth of cut, and tool geometry parameters important for lathe work.
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Find more about lathe machine and their uses.Lathe machine is used to metal removing operations such as turning, grooving, chamfering, knurling, facing, forming etc with the help of tools. Visit website today.
Machine tools
Machine tools are powered machines used for metal cutting and finishing operations to shape workpieces. Lathes are one of the earliest and most important machine tools, capable of turning, facing, boring, drilling, threading, knurling, and other operations. The basic elements of a lathe include the bed, headstock, tailstock, carriage, saddle, and tooling such as the cross slide and compound rest. Turning operations produce straight, conical, or curved surfaces, while other operations like facing, boring, and threading create specific surface features.
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A lathe machine is used to shape materials like metal, wood, glass, and pottery by rotating the workpiece about an axis. It holds the workpiece firmly between centers or in a chuck while a cutting tool is fed into the rotating workpiece. The key components of a lathe include the bed, headstock, gear box, carriage, and tailstock. The headstock houses the spindle that rotates the workpiece while the gear box contains different sized gears to control the spindle speed.
manufacturing process 1 ppt about Lathe Machine
manufacturing process 1
lathe machine
it is very much helpful in manufacturing process 1 subject.
Machining
This document provides an overview of various machining processes including turning, drilling, and milling. It describes the key operations for each process and common machine tools used. Turning operations like facing and threading are performed on lathes. Drilling and related operations like reaming and tapping are usually done on drill presses. Milling can be classified as peripheral or face milling and is commonly done on knee-and-column or bed type milling machines. The document outlines the basic mechanics and applications of various machining techniques.
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The document discusses capstan and turret lathes. It begins by explaining that these lathes evolved from engine lathes to allow for mass production of identical parts. The key features are that the tailstock is replaced by a hexagonal turret tool head that can hold multiple tools, eliminating the need to change tools between operations. The construction of capstan and turret lathes is then described, including the bed, headstock, turret head/saddle, cross slide, and tooling arrangements. The working principle involves automatically indexing the turret head to bring the required tool into position for each operation in sequence. These lathes can perform a variety of turning, drilling, boring, threading and other operations with high efficiency
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The document discusses milling, which is a machining process that uses a rotating cutting tool to remove material from a workpiece. It describes different types of milling machines like column and knee machines, planer machines, and special machines. It also covers milling methods, cutter types, indexing heads, and thread milling. The main types of milling machines are column and knee machines, which can be horizontal, universal, or vertical, and planer machines, which are heavy-duty machines suited for production work.
lathe machine
Delving into the heart of precision machining, the PowerPoint presentation meticulously unwraps the multifaceted workings of lathe machines. The introductory slide sets the tone, featuring a captivating image of a lathe machine accompanied by key terms like "Precision Machining" and "Versatility of Lathes," offering a glimpse into the rich tapestry that will unfold. As the presentation progresses, the second slide provides a historical overview, tracing the evolution of lathe technology from ancient wood lathes to the contemporary CNC variants that define modern manufacturing. The third slide meticulously dissects the anatomy of a lathe machine, elucidating the crucial components such as the bed, headstock, tailstock, carriage, and tool post. Moving forward, the fourth slide explores the diverse landscape of lathe machines, presenting types ranging from the traditional engine lathes to the advanced CNC models, each catering to specific manufacturing needs. The fifth slide peels back the layers to reveal the working principle of a lathe machine, employing clear animations and graphics to demystify the rotation of the workpiece and the pivotal role of cutting tools in the machining process. Subsequent slides delve into basic and advanced lathe operations, unveiling the machine's versatility in turning, facing, knurling, drilling, and even advanced tasks like thread cutting and eccentric turning. A dedicated section on CNC lathe machines showcases the intersection of technology and precision machining, elucidating how Computer Numerical Control revolutionizes the speed, precision, and repeatability of lathe operations. Essential safety measures and best practices take the spotlight on the eighth slide, emphasizing the importance of a secure working environment through the use of personal protective equipment, regular machine maintenance, and emergency procedures. The penultimate slide broadens the perspective, showcasing the ubiquitous applications of lathe machines across industries like manufacturing, aerospace, automotive, and healthcare. Real-world examples and testimonials underscore the transformative impact of lathe machines in shaping various sectors. As the presentation concludes, a succinct summary underscores the pivotal role of lathe machines in modern manufacturing, urging the audience to embrace technological advancements and continuous learning in the ever-evolving field of precision engineering.
In the concluding segment of this comprehensive PowerPoint journey into the workings of lathe machines, the narrative pivots toward a tenth slide, a critical juncture that spotlights the expansive applications and industries where lathe machines are the linchpin of production. Demonstrating the machines' versatility, real-world success stories unfold, illuminating their transformative role across diverse sectors such as manufacturing, aerospace, automotive, and healthcare. These concrete examples, punctuated with testimonials, underscore the
mesin larik
The document provides information about workshop technology 1 and the centre lathe machine. It discusses the objectives, introduction, parts of the lathe machine including the bed, carriage, tool post, and headstock. It also describes workholding devices such as chucks and collets. It explains tool bits including shapes, angles, and materials. Finally, it lists common lathe machine operations such as turning, boring, facing, drilling, knurling, and thread cutting.
lathe-151001051314-lva1-app6892_Copy.pdf
A lathe is a machine that removes metal from a workpiece to shape it. It holds the workpiece firmly and rotates it at high speed while a cutting tool is fed into it. The main components of a lathe are the bed, headstock, tailstock, carriage, and feed mechanisms. There are several types of lathes classified based on their drive mechanism and purpose, including speed lathes, engine lathes, bench lathes, toolroom lathes, capstan and turret lathes, and automatic lathes. Lathes perform operations like turning, facing, drilling, boring, threading, and knurling using tools held in the tool post or turret. Workpieces are secured using chucks,
INTRODUCTION TO LATHE | MACHINE SHOP NOTES | VIVA NOTES
The document provides an overview of different types of lathes and their parts, as well as common operations performed on lathes such as turning, facing, grooving, chamfering, and threading. It also discusses factors that affect cutting speed and different methods for performing taper turning. The document serves as a reference for the basics of lathe machines and their operation.
Drilling,broaching and grinding machines
Drilling, reaming, boring, and Tapping.broaching machines: broach construction – push, pull, surface and continuous broaching machines.grinding wheel – specifications and selection, types of grinding process–cylindrical grinding, surface grinding, centreless grinding and internal grinding
Lathemachine
The document discusses lathe machines and their operation. It defines a lathe as a machine that removes metal from a workpiece to shape it. The main parts of a lathe are identified as the bed, headstock, tailstock, and carriage. Lathes operate by rotating the workpiece and moving a fixed cutting tool into it. Common lathe operations include turning, facing, drilling, grooving and parting.
lathe-151001051314-lva1-app6892 (1).pdf
The document discusses different types of lathe machines and their operations. It describes 7 types of lathes - speed lathe, engine lathe, bench lathe, tool room lathe, capstan and turret lathe, automatic lathe, and special purpose lathes. It also explains lathe operations like turning, facing, boring, drilling, threading and knurling. Additionally, it covers lathe accessories such as centers, chucks, faceplates, mandrels and rests that are used for holding and supporting workpieces.
Lathe Machine
The document discusses different types of lathe machines and their operations. It describes 7 types of lathes - speed lathe, engine lathe, bench lathe, tool room lathe, capstan and turret lathe, automatic lathe, and special purpose lathes. It also explains lathe operations like turning, facing, boring, drilling, threading and knurling. Additionally, it covers lathe accessories such as centers, chucks, faceplates, mandrels and rests that are used for holding and supporting workpieces.
Unit-II Turning Machines.pptx
1. The document discusses different types of turning machines, including center lathes, turret lathes, capstan lathes, and automatic lathes. It describes the basic parts and functions of a center lathe like the bed, headstock, tailstock, and carriage.
2. Various lathe operations are outlined such as plain turning, taper turning, drilling, boring, and knurling. Special attachments for milling and grinding are also mentioned.
3. Automatic lathes are classified as either magazine-loaded or chucking-type depending on how the workpiece is loaded and removed for machining duplicate parts automatically.
Drilling
The document discusses drilling operations and drilling machines. It provides details on the construction of drilling machines including their base, column, drill head, table, and spindle drive and feed mechanisms. It also describes various tool and work holding devices used in drilling like drills, chucks, v-blocks, and drilling jigs. Finally, it outlines different types of drilling operations such as drilling, boring, counterboring, tapping, and reaming.
Lathe machine
Lathe is one of the most important machine tools in the metal working industry. A lathe operates on the principle of a rotating work-piece and a fixed cutting tool.
Lathe machine also called “Engine Lathe” because the first type of lathe was driven by a steam engine
Drilling machine & its types
The document discusses drilling machines, including their history, parts, operation, working principle, types, and safety precautions. It describes how drilling machines hold and rotate drill bits to cut holes in materials. Key parts include the head, spindle, drill chuck, and table. Operations include drilling, boring, reaming, counterboring, tapping, and trepanning. Types include portable, upright, radial, and gang drilling machines. Safety precautions when using drilling machines are also outlined.
Milling and GearCutting.
The presentation gives you information about various manufacturing methods of gears and information about milling machine, milling cutters, & dividing head.
Lathe
The document defines a lathe as a machine that removes metal from a workpiece to shape it. A lathe operates by rotating the workpiece while a fixed cutting tool is fed into it. Key components of a lathe include the bed, carriage, headstock, tailstock, and feed rod. Common types of lathes are engine lathes, bench lathes, speed lathes, automatic lathes, turret lathes, and computer controlled lathes. Basic lathe operations include turning, facing, boring, drilling, reaming, threading, and knurling.
Machining Operations
MACHINING OPERATIONS AND MACHINE TOOLS
Methods of Holding the Work in a Lathe (Chuck,Collet,face Plate,Holding the Work Between Centers)
Work Holding for Drill Presses
Boring Drilling, Reaming, Tapping Milling
Peripheral Milling vs. Face Milling
Shaper and Planer
Broaching
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INTRODUCTION TO LATHE | MACHINE SHOP NOTES | VIVA NOTES
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The lathe
- 2. Lathe Cutting Sanding Knurling Drilling Deformation
- 3. Woodturning
- 4. Metalworking
- 7. Types of Lathe Engine Lathe The most common form of lathe, motor driven and comes in large variety of sizes and shapes. Bench Lathe A bench top model usually of low power used to make precision machine small work pieces. Tracer Lathe A lathe that has the ability to follow a template to copy a shape or contour.
- 8. Automatic Lathe A lathe in which the work piece is automatically fed and removed without use of an operator. Cutting operations are automatically controlled by a sequencer of some form Turret Lathe Lathe which have multiple tools mounted on turret either attached to the tailstock or the cross-slide, which allows for quick changes in tooling and cutting operations. Computer Numerical Controlled (CNC) Lathe A highly automated lathe, where both cutting, loading, tool changing, and part unloading are automatically controlled by computer coding.
- 9. Lathe Operations Turning: To produce straight, conical, curved, or grooved work pieces Facing: To produce a flat surface at the end of the part or for making face grooves. Boring: To enlarge a hole or cylindrical cavity made by a previous process or to produce circular internal grooves. Drilling: To produce a hole by fixing a drill in the tailstock Threading: To produce external or internal threads Knurling: To produce a regularly shaped roughness on cylindrical surfaces
- 10. Lathe Operations
- 11. Cutting Tools Single Point Cutting Tool
- 12. Work Holding Devices Fig : (a) and (b) Schematic illustrations of a draw-in-type collets. The workpiece is placed in the collet hole, and the conical surfaces of the collet are forced inward by pulling it with a draw bar into the sleeve. (c) A push-out type collet. (d) Workholding of a part on a face plate.
- 13. Three jaw chuck • For holding cylindrical stock centered. • For facing/center drilling the end of your aluminum stock Four-Jaw Chuck This is independent chuck generally has four jaws, which are adjusted individually on the chuck face by means of adjusting screws
- 14. Collet Chuck Collet chuck is used to hold small workpieces Magnetic Chuck Thin jobs can be held by means of magnetic chucks.