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Jig And Fixture Design 4ed
Keep pace with the latest advances in jigs and fixtures with this valuable resource. Jig and Fixture Design 4E explains thoroughly how and why jigs and fixtures are designed and built. From simple template and plate type workholders to complex channel and box type tooling economy and simplicity in tool design is stressed throughout.
This comprehensive guide is enhanced by more than 500 illustrations showcasing a variety of tools and applications, and features updated material ASME YI4.5M-1994 dimensioning standard. Tooling for numerically controlled machines, and the uses of CAD and CAM, including methods for designing jig and fixture component libraries are also included.
SECTION I BASIC TYPES AND FUNCTIONS OF JIGS AND
FIXTURES (1-77):
Unit 1 Purpose of Tool Design 1-6
Unit 2 Types and Functions of Jigs and Fixtures 7-19
Unit 3 Supporting and Locating principles 20-39
Unit 4 Clamping and Workholding Principles 40-59
Unit 5 Basic Construction Principles 60-77
SECTION II CONSIDERTIONS OF DESIGN ECONOMICS(78-124)
UNIT 6 Design Economics 78-87
Unit 7 Developing the Initial Design 88-95
Unit 8 Tool Drawings 96-124
SECTION III DESIGNING AND CONSTRUCTING JIGS AND
FIXTURES (125-216):
Unit 9 Template Jigs 125-135
Unit 10 Vise Held and Plate Fixtures 136-155
Unit 11 Plate Jigs 156-174
Unit 12 Angle Plate Jigs and Fixtures 175-189
Unit 13 Channel and Box Jigs 190-201
Unit 14 Vise Jaw Jigs and Fixtures 202-216
SECTION IV SPECIALIZED WORKHOLDING TOPICS(217-322):
Unit 15 Power Workholding 217-224
Unit 16 Modular Workholding 225-242
Unit 17 Welding and Inspection Tooling 243-252
Unit 18 Low Cost Jigs and Fixtures 253-287
Unit 19 Tooling for Numerically Controlled
Machines 288-298
Unit 20 Setup Reduction for Workholding 299-308
Unit 21 Tool Materials 309-322
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