Deburring & Edge Finishing Handbook
By LaRoux Gillespie
400+, 300+Illustrations, Hard Cover,
Society of Manufacturing Engineers
see also Hand Deburring by Gillespie
Order from the Abrasive Engineering Society $118
Written by the World’s leading expert in burrs and deburring techiques, this book is a one-of-a-kind, the most comprehensive book ever written on the topic. Covering over 100 internationally recognized methods, this book covers theory, standards, burr prevention, standards, and equipment. Using this book, readers can explore deburring technology and discover the trade-offs of cost, quality, efficiency and aesthetic factors.
BOOK CONTENTS
- Overview of Deburring and Edge Finishing Concepts
Fundamentals - Burr Properties - Edge Standards - Deburring Processes - Cost Effective Deburring - Environmental, Health and Saftey Concerns Related to Deburring - Tricks of the Trade
- Plant Standards and Edge Needs
Types of standards - Plant Standards - Terminology - Related Technologies
- Burr Prevention
Prevention vs Minimization - Form or Extruded vs Machined Parts - Cast Parts - Non-traditional Processes - Radial Machining Approaches - Cutter Exit Over Part Edges - Selective Hardening - Sacrificial Backup - Exit Angles - Opposed Punch
- Burr Formation
Mechanisms - Common Characteristics - Other Projection at Edges - Burrs by Specific Operations - Burr Property Effects on Deburring - Minimization for Specific Operations - Signification of Research
- Part Design and Processing
Accomodating Burrs - Preventing Burrs - Minimization - Making Burrs and Flash more Accessible - Design to Increasing Deburring Choices - Using Notes and Standards for Edge Quality
- Mass Finishing
Advantages - Limitations - Process Selection - Media - Compound Solutions - General Considerations - Costs - Designing for More Process Choices - Plant Layout - Planning for Wastes - Process Details - Troubleshooting - High-Efficiency Mass Finishing - Other Processes - Environmental, Health, and Safety Issues
- Spindle Finishing
Conventional Finishing - Fluidized Bed - Other Variations - Environmental, Health, and Safety
- Other Loose Abrasive Processes
Resonant Energy - Chemically Accelerated - Cryogenic Deflashing - Electrochemical Mass Finishing - Limited Application Methods
- Abrasive Blasting
Dry Blasting - Wet Blasting - Microblasting - Cryogenic - Ice - Preventing Blasting Problems - Related Processes - Environmental, Health, and Safety
- Bonded Abrasive Deburring
Types of Abrasives - Backings - Cutting Fluids - Type of Bonded Abrasives - Machines and Equipment - Stock Removal Rates - Operating Parameters - Three Dimensional Abrasives - Film Back Abrasives - Abrasive Chemical Deburring - Environmental, Health, and Safety
- Brush Deburring
Types of Brushes - Brush Fill Material - Aggressiveness - Power Requirements - Brush Selection - Equipment - Applications for Brushes - Troubleshooting - Side Effects of Brushing - Nontradtional Brushing - Combined Process Deburring - Environmental, Health, and Safety
- Abrasive Flow Machining (AFM)
Equipment - Process Principles - Typical Applications - Tooling - Media - Variations - Environmental, Health, and Safety
- Electrochemcial Deburring (ECD)
Process Principles - Typical Applications - Limitations and Side Effects - Equipment Requirements - Operating Parameters - Post Treatments - ECD Prcess Variations - Environmental, Health, and Safety
- Electropolish Deburring
Process Principles - Applications - Equipment - Electopolishing Solutions - Operating Considerations - Post Treatment - Special Needs Equipment - Environmental, Health, and Safety
- Thermal Energy Deburring
Process Principles - Applications - Advantages and Limitations - Equipment - Environmental, Health, and Safety
- Mechanized Cutting and Robotic Deburring
Workpiece Edgers - End-finishing Machines - Single-Purpose Machines - Gear Deburring Machines - Gear Burnishing Machines - Edge Honing of Cutting Tool Inserts - Trimming Presses - NC/CNC Machines - Manual Machining - Robotic Deburring, Fettling and Finishing - Limitations of Mechanical Cutting
- Manual Deburring
Why Hand Deburring is Used - Limitations - Costs - Effect of Burr Size - Improving Hand Deburring - Quality Requirements - Training Programs - Finding Burrs - Tools - Environmental, Health, and Safety
- Sheet Metal Deburring
Standard Edge Configuration Produced in Strip Rolling - Processes - General Consideration in Sheet Metal Deburring - Environmental, Health, and Safety
- Lesser Known Deburring Processes
Abrasive Chemical Finishing - Ballizing Deburring - Buffing Deburring - Chemical Deburring - Chemical Magnetic Loose Abrasive Deburring - Chlorine Gas Deburring - Electrical Discharge Deburring - Electrochemical Nonwoven Abrasives Magnetic Finishing - Hot Knife Blade Deflashing - Hot Tool Deburring - Hot Wire Deflashing - Lapping Deflashing - Laser Deburring - Mixed Metal Fiber Magnetic Finishing - Plasma Glow Deburring - Resistance Heating - Tearing (Flash) - Torch (Flame) Deburring - Ultrasonic Liquid Deburring - Ultrasonic Slurry Deburring - Vibratory Conveyor Deburring - Water Jet Deburring and Deflashing - Miscellaneous Concepts
© 2021
rev 1/12/2021