Jig & Fixture Design 5th edition by Edward Hoffman – Ebook PDF Instant Download/Delivery: 1401811078, 978-1401811075
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Product details:
ISBN 10: 1401811078
ISBN 13: 978-1401811075
Author: Edward Hoffman
By emphasizing similarities among types and styles, Jig and Fixture Design, 5E speeds readers to a complete understanding of the why’s and how’s of designing and building a variety of different workholders for manufacturing. From simple template and plate-type jigs to complex channel and box-type tooling, this newly revised edition features more than 500 illustrations of tools and applications to spur readers to success. All-new sections on assembly tools, handling tools, and catalog reading enable readers to develop important skills. Specific examples of various jigs and commercially available fixtures also appear to guide readers in developing their understanding of how design principles, as well as the latest design and manufacturing technologies, are being applied in the construction of jigs and fixtures today. As in past editions, heavy emphasis is placed on the economics of jigs and fixtures, including methods and formulas for use in estimating workholder costs. A solid background in industrial processes, as well as machine shop technology, is assumed.
Jig & Fixture Design 5th Table of contents:
Section 1: Basic Types and Functions of Jigs and Fixtures
Unit 1: Purpose of Tool Design
Objectives
Tool Design
Tool Design Objectives
Tool Design in Manufacturing
Planning the Design
Challenges to the Tool Designer
Requirements to Become a Tool Designer
Summary
Review
Unit 2: Types and Functions of Jigs and Fixtures
Objectives
Jigs and Fixtures
Classes of Jigs
Types of Jigs
Types of Fixtures
Classification of Fixtures
Summary
Review
Unit 3: Supporting and Locating Principles
Objectives
Referencing
Basic Rules for Locating
Planes of Movement
Locating the Work
Summary
Review
Unit 4: Clamping and Workholding Principles
Objectives
Workholders
Basic Rules of Clamping
Types of Clamps
NonMechanical Clamping
Special Clamping Operations
Clamping Accessories
Summary
Review
Unit 5: Basic Construction Principles
Objectives
Tool Bodies
Preformed Materials
Drill Bushings
Set Blocks
Fastening Devices
Summary
Review
Section 2: Considerations of Design Economics
Unit 6: Design Economics
Objectives
Design Economy
Economic Analysis
Comparative Analysis
Summary
Formula Summary
Review
Unit 7: Developing the Initial Design
Objectives
Predesign Analysis
Designing Around the Human Element
Previous Machining Operations
Developing Tooling Alternatives
Note Taking
Summary
Review
Unit 8: Tool Drawings
Objectives
Tool Drawings versus Production Drawings
Simplified Drawings
Making the Initial Drawing
Dimensioning Tool Drawings
Millimeter and Inch Dimensioning
Geometric Dimensioning and Tolerancing
Supplementary Symbols
Geometrically Dimensioned and Toleranced Tool Drawings
Computers in Tool Design
Summary
Review
Section 3: Designing and Constructing Jigs and Fixtures
Unit 9: Template Jigs
Objectives
Template Jigs
Variations of Template Jigs
Design Procedures
Tool Design Application
Summary
Review
Unit 10: Vise-Held and Plate Fixtures
Objectives
Vise-Held Fixtures
Designing a Vise-Held Fixture
Plate Fixtures
Designing a Plate Fixture
Calculating CAM Clamps
Tool Design Application
CAM Design Application
Summary
Review
Unit 11: Plate Jigs
Objectives
Plate Jigs
Designing a Plate Jig
Designing a Table Jig
Designing a Sandwich Jig or a Leaf Jig
Tool Design Application
Summary
Review
Unit 12: Angle-Plate Jigs and Fixtures
Objectives
Variations and Applications
Designing an Angle-Plate Jig
Designing an Angle-Plate Fixture
Tool Design Application
Summary
Review
Unit 13: Channel and Box Jigs
Objectives
Channel Jigs
Designing a Channel Jig
Box Jigs
Designing a Box Jig
Tool Design Application
Summary
Review
Unit 14: Vise-Jaw Jigs and Fixtures
Objectives
The Machine Vise
Locating Work in Vise-Jaw Workholders
Designing a Vise-Jaw Jig
Designing a Vise-Jaw Fixture
Tool Design Application
Summary
Review
Section 4: Specialized Workholding Topics
Unit 15: Power Workholding
Objectives
Types of Power-Workholding Systems
Basic Operation of Power-Workholding Systems
Benefits of Power Workholding
Summary
Review
Unit 16: Modular Workholding
Objectives
Modular Fixturing Systems
Modular Fixturing Applications
Summary
Review
Unit 17: Welding and Inspection Tooling
Objectives
Tooling for Welding Operations
Modular Fixturing for Welding
Inspection Fixtures
Summary
Review
Unit 18: Low-Cost Jigs and Fixtures
Objectives
Chucks and Chucking Accessories
Collets and Collet Accessories
Vises and Vise Accessories
Specialty Clamps and Workholding Devices
Summary
Review
Unit 19: Tooling for Numerically Controlled Machines
Objectives
Introduction
Basic N/C Operation
The Cartesian Coordinate System
Incremental and Absolute Programming
Types of N/C Systems
Tooling Requirements for Numerical Control
Types of Workholders
Summary
Review
Unit 20: Setup Reduction for Workholding
Objectives
Benefits of Setup Reduction
The Setup Reduction Process
Summary
Review
Unit 21: Tool Materials
Objectives
Properties of Tool Materials
Ferrous Tool Materials
Nonferrous Tool Materials
Nonmetallic Tool Materials
Designing with Relation to Heat Treatment
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Tags: Edward Hoffman, Fixture Design