Making it : manufacturing techniques for product design / Chris Lefteri
Main Author Lefteri, Chris Country Reino Unido. Publication London : Laurence King Publishing, cop. 2012 Description 288 p. : il. ; 24 cm ISBN 978-1-85669-749-1 CDU 74:658.5 658.5:74 658.512.2 7.05 74.021.4| Item type | Current location | Call number | Status | Date due | Barcode | Item holds | Course reserves |
|---|---|---|---|---|---|---|---|
| Monografia | Biblioteca da UMinho no Campus de Azurém | BPG 74:658.5 - L | Available | 431504 |
Licenciatura em Artes Visuais Digital I - Fabricação 1º semestre Licenciatura em Design de Produto Projeto - Construção 2º semestre Licenciatura em Design de Produto Prototipagem e Fabrico Rápido 1º semestre |
Total holds: 0
Enhanced descriptions from Syndetics:
There are many ways in which a product can be manufactured but most designers know only a handful of techniques. Informative and incredibly easy to use, this bestselling book discusses more than a hundred production methods in detail. Making It appeals not only to product designers but also to interior, furniture, and graphic designers who need access to a range of production methods, as well as to all students of design. This expanded edition includes nine new processes and an all-new section of over 40 finishing techniques.
Table of contents provided by Syndetics
- Introduction (p. 6)
- Comparing Processes (p. 10)
- 1 Cut from Solid
- Machining (p. 18)
- Computer Numerical Control (CNC) Cutting (p. 21)
- Electron-Beam Machining (EBM) (p. 24)
- Turning (p. 26)
- Jiggering and Jollying (p. 29)
- Plasma-Arc Cutting (p. 33)
- 2 Sheet
- Chemical Milling (p. 38)
- Die Cutting (p. 40)
- Water-Jet Cutting (p. 42)
- Wire EDM (Electrical Discharge Machining) and Cutting (p. 44)
- Laser Cutting (p. 46)
- Oxyacetylene Cutting (p. 48)
- Sheet-Metal Forming (p. 50)
- Slumping Glass (p. 52)
- Electromagnetic Steel Forming (p. 54)
- Metal Spinning (p. 56)
- Metal Cutting (p. 59)
- Industrial Origami® (p. 61)
- Thermoforming (p. 64)
- Explosive Forming (p. 67)
- Superforming Aluminum (p. 70)
- Free Internal Pressure-Formed Steel (p. 73)
- Inflating Metal (p. 76)
- Pulp Paper (p. 78)
- Bending Plywood (p. 80)
- Deep Three-Dimensional Forming in Plywood (p. 83)
- Pressing Plywood (p. 86)
- 3 Continuous
- Calendering (p. 90)
- Blown Film (p. 92)
- Exjection (p. 94)
- Extrusion® (p. 96)
- Pultrusion (p. 99)
- Pulshaping™ (p. 102)
- Roll Forming (p. 104)
- Rotary Swaging (p. 106)
- Pre-Crimp Weaving (p. 108)
- Veneer Cutting (p. 112)
- 4 Thin & Hollow
- Glass Blowing by Hand (p. 116)
- lampworking Glass Tube (p. 118)
- Glass Blow and Blow Molding (p. 120)
- Glass Press and Blow Molding (p. 124)
- Plastic Blow Molding (p. 127)
- Injection Blow Molding (p. 129)
- Extrusion Blow Molding (p. 132)
- Dip Molding (p. 134)
- Rotational Molding (p. 137)
- Slip Casting (p. 140)
- Hydroforming Metal (p. 143)
- Backward Impact Extrusion (p. 146)
- Molding Paper Pulp (p. 149)
- Contact Molding (p. 152)
- Vacuum Infusion Process (VIP) (p. 154)
- Autoclave Molding (p. 156)
- Filament Winding (p. 158)
- Centrifugal Casting (p. 161)
- Electroforming (p. 164)
- 5 Into Solid
- Sintering (p. 168)
- Hot Isostatic Pressing (HIP) (p. 170)
- Cold Isostatic Pressing (CIP) (p. 172)
- Compression Molding (p. 174)
- Transfer Molding (p. 176)
- Foam Molding (p. 178)
- Foam Molding into Plywood Shell (p. 181)
- Inflating Wood (p. 184)
- Forging (p. 187)
- Powder Forging (p. 190)
- Precise-Cast Prototyping (pcPRO®) (p. 192)
- 6 Complex
- Injection Molding (p. 196)
- Reaction Injection Molding (RIM) (p. 199)
- Gas-Assisted Injection Molding (p. 201)
- Mucell Injection Molding (p. 203)
- Insert Molding (p. 206)
- Multishot Injection Molding (p. 209)
- In-Mold Decoration (p. 212)
- Over-Mold Decoration (p. 214)
- Metal Injection Molding (MIM) (p. 216)
- High-Pressure Die-Casting (p. 219)
- Ceramic Injection Molding (p. 222)
- Investment Casting (p. 224)
- Sand Casting (p. 228)
- Pressing Glass (p. 231)
- Pressure-Assisted Slip Casting (p. 234)
- Viscous Plastic Processing (VPP) (p. 236)
- 7 Advanced
- Inkjet Printing (p. 240)
- Paper-Based Rapid Prototyping (p. 242)
- Contour Crafting (p. 244)
- Stereolithography (SLA) (p. 246)
- Electroforming for Micro-Molds (p. 250)
- Selective Laser Sintering (SLS) (p. 252)
- Smart Mandrels™ for Filament Winding (p. 255)
- Incremental Sheet-Metal Forming (p. 257)
- 8 Finishing Techniques
- Sublimation Dye Printing Vacuum Metalizing (p. 262)
- Flocking Acid Etching (p. 263)
- Laser Engraving Screen Printing (p. 264)
- Electropolishing Tampo Printing (p. 265)
- Suede Coating Hot Foil Blocking (p. 266)
- Over-Molding Sandblasting (p. 267)
- i-SD System In-Mold Decoration (p. 268)
- Self-Healing Coating Liquid-Repellent Coatings (p. 269)
- Ceramic Coating Powder Coating (p. 270)
- Phosphate Coatings Thermal Spray (p. 271)
- Case Hardening High-Temperature Coatings (p. 272)
- Thick-Film Metalizing Protective Coatings (p. 273)
- Shot Peening Plasma-Arc Sptaying (p. 274)
- Galvanizing Deburring (p. 275)
- Chemical Polishing Vapor Metalizing (p. 276)
- Decalization Pickling (p. 277)
- Nonstick Coating (organic) Nonstick Coating (inorganic) (p. 278)
- Chrome Plating Anadizing (p. 279)
- Shrink-Wrap Sleeve Dip Coating (p. 280)
- Ceramic Glazing Vitreous Enameling (p. 281)
- Glossary (p. 282)
- Index (p. 284)
- Acknowledgments (p. 287)
- Picture Credits (p. 288)
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