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HOW TO MACHINE METAL DO LATHEWORK & THREAD CUTTING V2
Metalworking from turning to threadcutting requires skill, training and most importantly, perhaps, practice.
Start with the proper instruction, follow along with the examples and exercises and you'll be a metalworking pro in no time at all.
With 7 PDF books, this extreme lathe resource is even bigger and better than our first metal latheworking CD. But wait, there's no repeat info here and this is even more detailed than ever.
Professionals will find new information that'll make them an even better lathe operater and the novice will learn how to get going in the right direction.
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Machine Shop Work Illustrated Manual Of Tools & Procedures
This book is over 360 pages of illustrated information beginning first with the tools you'll find in any machine shop. The author covers measuring tools and other hand tools in the first section.
Next, he details the use of power tools in the machine shop. First up is the lathe. You'll find detailed explainations of turning, screw cutting and other lathe operations.
Drills, planers, milling machines and grinders, among other power tools are covered in the remaining sections of this book. Each section has illustrations and detailed information about the tools.
This is an excellent book for anyone interested in working in a machine shop. With this basic knowledge at your fingertips, learning your way around the shop and the tools in it will be a whole lot easier.
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Measuring Tools
Hand-Equipment
Power Driven Tools
Lathes
Drills
Planers
Shapers
Milling Machines
Grinding Machines
Laying Out Work
Shop Suggestions
Gear Cutting
Turret Lathes
Automatic Screw Machines
Modern Manufacturing
Production Methods
Grinding Machines
Milling Machines
Turning Machines
Planing Machines
Broaching Machines
Production Tools, Jigs & Fixtures
Ball Bearings
Magnetic Chucs
Safety Information
Machine Tool Operation For Lathe & Forge Work
In the first chapter of this 340 plus page book, the author discusses the machinists trade. He describes the machinists work and potential, giving the reader a look at the actual work he'll do.
In the next chapter, he discusses lathes and how they are constructed. Each and every part of the lathe, from the bed to special attachments, is covered.
For the next several chapters, specific operations on the lathe are discussed. Cutting and turning and tapers and angles are covered first and then it's on to threads and thread cutting. The book is rounded out by four chapters detailing bench and forgework.
If you want to learn how to use the lathe to do machine work in your shop, this would be a good read. It's got lots of information and illustrations so it's pretty easy to understand.
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Part I - Lathes
Chapter I - The Machinists Trade
Chapter II - Lathe Construction & Manipulation
Chapter III - Cutting Tools & Cutting Speeds
Chapter IV - The Scale, Caliper, Snap Gauge & Micrometer
Chapter V - Centering
Chapter VI - Facing
Chapter VII - Turning In A Lathe
Chapter VIII - Chucking Work
Chapter IX - Tapers & Angles
Chapter X - Threads & Thread Cutting
Chapter XI - Face Plate Work
Part II - Bench Work & Forge Work
Chapter XII - Hammers, Screwdrivers, Wrenches & Hack Saws
Chapter XIII - Laying-Out
Chapter XIV - Chipping, Filing & Scraping
Chapter XV - Work At The Forge
Manual Of Lathework Thread Cutting And Turning Instruction
This 425 page book from the late 1800's first covers the history of the lathe up until the introduction of screw threads. It then covers the advancement of the lathe after screw threads were introduced.
Nine chapters follow that each discuss a different part of the lathe's design. From the bed to cutting attachments, the author has really taken the time to lay it all out clearly.
The remainder of the book is devoted to lathework in general. Each chapter details a different set of functions that the lathe can accomplish and how.
There's no bones about it, this is a detailed, concise book about lathework. Beginners and experienced lathe-workers will find value in these well-written, illustrated instructions.
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Chapter I - History Of The Lathe
Chapter II - Development Of The Lathe
Chapter III - Classification Of Lathes
Chapter IV - Lathe Design: The Bed & Its Supports
Chapter V - Lathe Design: Headstock casting, Spindle & Spindle Cone
Chapter VI - Lathe Design: Spindle Bearings, Back Gears & Triple Gears
Chapter VII - Lathe Design: Tail-Stock, Carriage & Apron
Chapter VIII - Lathe Design: Turning Rests, Shaft Straighteners, etc.,
Chapter IX - Lathe Attachments
Chapter X - Rapid Change Gear Mechanisms
Chapter XI - Lathe Tools, High-Speed Steel, Speeds, Feeds & Power
Chapter XII - Testing A Lathe
Chapter XIII - Lathe Work
Chapter XIV - Lathe Work Continued
Chapter XV - Engine Lathes
Chapter XVI - Engine Lathes Continued
Chapter XVII - Heavy Lathes
Chapter XVIII - High Speed Lathes
Chapter XIX - Special Lathes
Chapter XX - Regular Turret Lathes
Chapter XXI - Special Turret Lathes
Chapter XXII - Electronically Driven Lathes
Machinists Guide To Advanced Machine Work
This is a large book for the machinist, it's got over 730 pages, divided into 12 sections. Each section covers a different area of machine work with detailed explainations and illustrations.
The first five sections cover lathework from beginning to end. The author packs a ton of information about lathes and their uses into these sections.
The next five chapters of the book discuss drilling, planing, milling and grinding. Finish off the book with a lesson in gear making and a final chapter on tool-making.
I believe that if one were to study this book and put the information into practice, he or she would do well in the machine shop. It's a good bit of shop knowlege that no machinist or machinist-wannabe should be without.
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Section I - Lathe Work
Engine Lathes
Electronically Driven Machine Tools
Truing And Alining Centers
Center Holes
Cutting Tools
Lathe Cutting Tools For Cast Iron
Grinding Lathe Tools
Setting & Using Outside Calipers
Cutting Speeds, Cut Meter & Feeds
Lubricants For Cutting Tools
Inspecting & Measuring Material
Section II - Lathe Work
Time Element & Schedules Of Operations
Centering, Squaring & Straight Turning
Filing Lathe Work
Micrometer Calipers
Vernier Calipers
Dimension Limit System
Fits In Machine Construction With Tables Of Allowances
Standard & Limit Gages
Taper Turning & Fitting
Straight Turning & Fitting
Tables & Diagrams
Section III - Lathe Work
Tools For Steel Or Wrought Iron
Holders & Cutters
Turning Steel
Double Holder & Cutters
Cutting-Off Tools
Threading Or Screw Cutting
Bolt & Nut Making
Making Tensile Test Specimen
Making A Stud
Tables
Indexing In Engine Lathe
Making Engine Lathe Live Center
Automobile Screws & Nuts
Section IV - Lathe Work
Chucks
Face Plates
Chucking In Engine Lathe
Reaming
Machining Alloys, Etc.
Mandrels Or Arbors
Turning Flan ges
Turning Pulleys
Polishing Laathe Work
Carve Turning & Forming
Making Formed Machine Handles
Polishing Buffing & Laquering
Section V - Lathe Work
Inside Calipers & Inside Micrometers
Boring & Inside Threading
Square Threads
Acme Standard Or 29degree Threads
Multiple Threads
Brass Finishing
Alinement Drilling & Tapping
Drilling, Tapping & Hand Threading In Speed Lathe
Broaching Holes, Keyways & Slots
Section VI - Drilling Jigs, Boring Bars, Eccentric Turning
Drilling Jigs, Multiple Spindle Drilling Machines
Radial Drilling Machines
Boring, Boring Bars & Machines
Vertical Boring & Reaming
Taper Holes, Taper Reamers, Spindle Making
Magnetic Chucks
Steady & Follower Rests
Eccentric Turning
Knurling
Section VII - Cylindrical Grinding
External & Internal Grinding
Cylindrical Grinding
Grinding On Two Dead Centers
Universal Grinding Machines
Grinding Wheels
Problems In Cylindrical Grinding
Internal Grinding
Section VIII - Surface Grinding Cutter Grinding
Surface Grinding
Problems In Surface Grinding
Cutter Grinding
Adjusting Tooth Res & Wheel For Clearance
Problems In Cutter Grinding
Section IX - Planing
Planers
Cutting Speeds & Feeds
Cutting Tools
Horizontal, Veretical & Angular Planing
Measuring Work
Holding Work & Problems In Planing
Fixtures, Vises & Jigs
Shapers
Slide Rule For Timing Planer Work
Section X - Milling
Introduction
Milling Machines
Milling Cutters
Speeds & Feeds
Measuring Work
Plain Milling
Jigs & Fixtures
Index Milloing
Calculating Diameter Of Blank For Square & Hexagonal Milling
Milling On Centers
Grooving Taps
Fluting Reamers
Milling Teeth Of Milling Cutter
Circular Milling
Vertical Milling
Profiling
Special Milling Cutters
Thread Milling Machine
Section XI - Gear Cutting
Spur Gearing
Formulas In Gearing
Cutting Spur In Milling Machine
Cutting Spur In Gear Cutting Machine
Generating Spur Gear In Gear Shaper
Cutting Internal Gears
Cutting Racks
Cutting Spiral Gear In Milling Machine
Hobbing Worm Gear In Milling Machine
Threading Worms In Engine Lathe
Hobbing Gears
Cutting Bevel Gear In Milling Machine
Planing Bevel Gears
Generating Spiral Bevel Gears
Stub Tooth, Sliding & Pointed Tooth Gears
Noiseless Gears
Testing Gears
Bevedl Protractor
Compound Rest
Section XII - Tool Making
Making A Mandrel
Testing Lathe Work With Indicators
Thread Micrometer Calipers
Making Taps
Making Plain Milling Cutter
Making Hand Reamer
Lapping
Making Plug Gage
Measuring Machine
Spiral Millng
Sutting Teeth In Spiral Mill
Grooving Twist Drill
Making Twist Drill
Precision Methods For Jigs
Sine Bar
Relieving Formed Milling Cutters
Section XIII - Inspection Of Machine Parts
Introduction
The Limit System Of Manufacturing
The Linmit System On Drawings
Equipment For Inspection
Limit Gages
Combination Gage Blocks
Construction Of Gages
Indicating Gages
Metric Micrometer Calipers
Inspection Of Machine Parts
Inspection Organization
General Inspection Methods
Special Forms For Inspection
Devices & Machines For Inspecting Machine Parts
Section XIV - Inspection Of Machine Tools, Precision Meausurement Of Threads, Etc.
Inspection Of Machine Tools
Inspection Of An Engine Lathe
Inspection Of A Vertical Drilling Machine
Inspection Of A Plain Or Universal Milling Machine
Inspection Of A Vertical Milling Machine
Inspection Of A Planer
Inspection Of Threads
Limits Applied To Threads
Indicators & Testing Machines For Precise Measurement Of Threads
Wire Systems For Precision Measurement Of Pitch Diameters, Angles Of Threads
Heavy Duty Boring & Turning
Vertical Turret Lathes
The Practical Machinist Guide To Metal Lathework, Grinding, Drilling & More
In the first chapter of this 524 page book, the author dives right into the cutting tools used with lathes and planing machines. Chapter two goes on to describe proper cutting speeds & feed.
Boring and screw cutting are covered in the next two illustrated chapters. From there, the author moves on to lathe dogs, chucks and turning accentrics. A full chapter is devoted to hand-turning, which contains illustrations and in-depth instructions.
In the last half of the book, the author discusses milling and grinding machines and the tools used with them. He also covers laying out the work and then proceeds to desribe and illustrate the tools used. In the final chapters, he covers calculations and settings every machinist can use.
I'm not a machinist, but I believe that with the information contained in this book, I could get there from here. It's full of detailed drawings and superb instructions that take into account any lack of previous experience. It's a book I would want in my machine shop referrence library for sure.
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Chapter I - Cutting Tools For Lathes & Planing Machines
Chapter II - Cutting Speed & Feed
Chapter III - Boring Tools For Lathe Work
Chapter IV - Screw Cutting Tools
Chapter V - Lathe Dogs, Carriers Or Drivers
Chapter VI - Turning Eccentrics
Chapter VII - Hand Turning
Chapter VIII - Drilling In The Lathe
Chapter IX - Boring Bars
Chapter X - Slotting Machine Tools
Chapter XI - Twist Drills
Chapter XII - Tool Steel
Chapter XIII - Taps & Dies
Chapter XIV - Vise-Work Tools
Chapter XV - Fitting Connecting Rods
Chapter XVI - Milling Machines & Milling Tools
Chapter XVII - Grindstone & Tool Grinding
Chapter XVIII - Lining Or Marking Out Work
Chapter XIX - Machine Tools
Chapter XX - Calculating The Speed Of Wheels, Pulleys, Etc.
Chapter XXI - How To Set A Slide Valve
Chapter XXII - Pumps
Methods Of Thread Cuttting Illustrated Machinists Guide
This book is 350 pages long, divided into 13 illustrated chapters. It begins with a lesson in thread cutting processes and classes of screw threads.
Chapter two dives into thread cutting on a lathe. Thread cutting attachments, taps and dies are fully discussed and explained in the following chapters.
Threading machines and thread mills are covered beginning in chapter 9. Two chapters follow this that detail attachments and other information about the thread mill. Chapter 12 discusses thread rolling and the final chapter details precision screw thread cutting.
It seems that the author fully understood thread cutting from beginning to end and he put that knowledge into this book. I believe one could learn to do screw cutting from this book.
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Chapter I - Thread-Forming Processes & Classes Of Screw Threads
Chapter II - General Thread Cutting Practice In Lathe
Chapter III - Thread Cutting Attachments
Chapter IV - Thread Cutting Dies & Their Application
Chapter V - Grinding
Chapter VI - Different Classes Of Taps & Causes Of Errors In Tapped Holes
Chapter VII - Die & Tap Holders & Reversing Chucks
Chapter VIII - Tapping Machines
Chapter IX - Standard & Special Threading Machines
Chapter X - Thread Milling
Chapter XI - Thread Milling Machines & Attachments
Chapter XII - Thread Rolling
Chapter XIII - Cutting & Grinding Precision Screw Threads
Shaping Metal By Lathework, Hardening & Tempering
This book is 480 pages long and contains 21 chapters on the topic of metalworking. In the beginning, it defines and describes materials and their properties. Using this information, the reader then learns about forging, hardening and tempering.
Next, metal alloys are explored and informational tables are included. Melting and combining metals is discussed at length as are casting and founding work.
Following that, sheet metal work by cutting and bending is discussed. And next is an in-depth lesson in doing sheet metal work on the lathe. The book comes together with a final chapter on soldering your work.
This is a pretty cool book with lots and lots of information to absorb. It's got a good number of illustrations that help get the point across. It's a book I'd want by my side to learn metal lathework for sure.
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Part I - Materials
Part II - Principles Of Construction
Part III - Abrasive & Other Processes
Part IV - Hand Or Simple Turning
Part V - Ornamental Or Complex Turning
Part VI - Amateur Mechanical Engineering
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