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Index >> Lathes Introduction

* Lathes - Part One - Introduction
* Lathes - Part Two (Eccentric Turning
* Functions of Lathes
* Construction of Lathes - Parts of Lathes
* Size of Lathe
* Types of Lathes
* Speed Lathes
* Engine Lathes
* Bench Lathes
* Tool Room Lathes
* Special Purpose Lathes
* Gap Lathes
* Duplicating Lathes
* Crankshaft Lathes
* Wheel Lathes
* Selection of Type of Lathes
* Beds
* Head Stocks
* Belt Driven Head Stocks
* All Geared Head Stocks
* Tail Stock
* Functions of Tail Stock
* Carriage
* Saddle
* Cross Slide
* Compound Slide
* Tool Post
* Apron
* Feed Mechanism of Lathe
* End Gear Train
* Feed Gear Box
* Feed Rod
* Lead Screw
* Lathe Accessories
* Lathe Attatchments
* Lathe Centers
* Lathe Chucks
* Three Jaw Universal Chuck
* Advantages of Three Jaw Chuck
* Disadvantages of Three Jaw Chuck
* Four Jaw Independent Chuck
* Advantages of Four Jaw Chuck
* Disadvantages of Four Jaw Chuck
* Combination Chuck
* Collet Chuck
* Advantages of Collet Chuck
* Spindle Chuck
* Magnetic Chuck
* Air OR Hydraulic Chuck

Lathes Introduction


Lathe Intoduction - Lathe is known as the mother Machine Tool.

It is one of the most widely used machine tools in all parts of the world.An engine lathe is the most basic and simplest form of the lathe. Engine lathe derives its name from the early lathes, which obtained their power from engines.

* Catch Plate OR Driving Plate
* Carrier OR Lathe Dog
* Face Plate
* Angle Plate
* Mandrels
* Types of Mandrels
* Steady Rest and Follower Rest
* List of Lathe Operations
* Centering
* Turning
* Turning Between Centers
* Rough Turning
* Finish Turning
* Shoulder Turning
* Types of Shoulders
* Taper Turning Introduction
* List of Commonly Used Tapers
* Calculation of Taper
* Taper Turning Methods
* Taper Turning by Compound Slide ( Rest) Method
* Taper Turning by Offsetting the Tail Stock
* Taper Turning by Taper Attatchement Method
* Taper Turning by Template OR Tracer Attatchment
* Taper Turning by Numerical Control Methods