Enhanced descriptions from Syndetics:

Time compression technologies such as rapid prototyping and manufacturing offer enormous potential benefits. Where time can be saved in the development of new or modified products, expenditure can also be reduced. Swifter development can also give a competitive edge to those using these techniques.

However there are a number of different systems and processes that can be used. Ensuring that the most appropriate rapid prototyping and manufacturing technology is applied to a problem is vital to the success of a project. The case studies, compiled by the experienced team of the Warwick Manufacturing Group at the University of Warwick in the UK, represent
a range of different real experiences drawn from a variety of industries, using a range of materials and processes.

CONTENTS INCLUDE:

Overview of product design and development Computer-aided design and rapid prototyping The introduction of CAD/CAM in the ceramics industry Product design and development - reverse engineering Reducing the risk of new product development by utilizing rapid prototyping technologies Stress analysis using rapid prototyping techniques Case studies in rapid prototyping and manufacturing techniques-flow visualization using rapid prototype models Overview of utilizing bureau facilities Using bureau services Running an internal rapid prototyping bureau Overview of rapid casting techniques An alternative route to metal components for prototype and low-volume production Rapid prototyping in pattern making and foundry applications Rapid prototyping - enhancing product development
at Parker Hannifin Cast tooling with rapid prototype patterns Overview of rapid tooling The role of rapid immediate production tooling (IPT) in new product development Rapid tooling - cast resin and sprayed metal tooling.

Table of contents provided by Syndetics

• Section 1 Product Design and Development
• Overview of product design and development (p. 3)
• Computer-aided design and rapid prototyping (p. 5)
• The introduction of CAD/CAM in the ceramics industry (p. 13)
• Product design and development--reverse engineering (p. 25)
• Reducing the risk of new product development by utilizing rapid prototyping technologies (p. 35)
• Stress analysis using rapid prototyping techniques (p. 45)
• Case studies in rapid prototyping and manufacturing techniques--flow visualization using rapid prototype models (p. 53)
• Section 2 Utilizing Bureau Facilities
• Overview of utilizing bureau facilities (p. 65)
• Using Bureau services (p. 67)
• Running an internal rapid prototyping bureau (p. 75)
• Section 3 Rapid Casting Techniques
• Overview of rapid casting techniques (p. 83)
• An alternative route to metal components for prototype and low-volume production (p. 87)
• Rapid prototyping in pattern making and foundry applications (p. 95)
• Rapid prototyping--enhancing product development at Parker Hannifin (p. 105)
• Cast tooling with rapid prototype patterns (p. 115)
• Section 4 Rapid Tooling
• Overview of rapid tooling (p. 123)
• The role of rapid immediate production tooling (IPT) in new product development (p. 127)
• Rapid tooling--cast resin and sprayed metal tooling (p. 141)
• Direct rapid prototyping (RP) tooling for injection moulds (p. 151)
• Rapid manufacturing of dimensionally accurate mould inserts and metal components of Direct Metal Laser Sintering (DMLS) (p. 157)
• Rapid laminated tooling (p. 165)
• Section 5 Alternative Applications
• Part I Medical Applications
• Overview of medical applications (p. 175)
• Medical models, the ultimate representations of a patient-specific anatomy (p. 177)
• Rapid prototyping in the biomedical industry (p. 183)
• Rapid prototypes and customized implants in maxillofacial reconstruction (p. 191)
• Part II Architecture and Art
• Overview of architecture and art applications (p. 203)
• Sculpture for the new Millennium (p. 205)
• The CALM Project--JISC Technology Applications Programme 314 (p. 211)
• Reverse engineering meets the arts (p. 219)
• Concept modelling developments in architecture (p. 227)
• Section 6 The Future
• Rapid manufacturing (p. 239)
• The rapid production of microstructures (p. 243)
• Index (p. 259)