Posts Tagged ‘Prototyping’
Stereolithography & Other RP&M Technologies: From Rapid Prototyping to Rapid Tooling
Product Description
Book enlightens readers about how rapid prototyping systems can reduct cost, accelerate time to market, and improve product quality. Several case studies – mainly in the automotive, aerospace, and electronics fields – are provided to illustrate industry’s growing acceptance of RP&M. Also included is a list of RP&M service bureaus worldwide.
Stereolithography & Other RP&M Technologies: From Rapid Prototyping to Rapid Tooling
Rapid Prototyping for DFM
Description
Micro-Cut Corporation uses rapid prototyping (RP) for advanced medical applications. Visit Baxter Health Care Technology Park, the original Beta testing site for stereolithography. At Laserform, actual test parts are made from molds produced from RP parts. At DTM Corp., the Selective Laser Sintering system uses powder materials to produce a wide variety of prototype parts. At Metro Plastics, a Quandrax system is used to make an extensive range of parts to produce initial molds for tryout of injection molding dies. At Chrysler’s Jeep and Truck Engineering Center, two RP machines meet the increasing demand for automotive prototypes. Also see a comparison of the different RP systems at Ford Motor
Entwicklung und Erprobung innovativer Produkte – Rapid Prototyping: Grundlagen, Rahmenbedingungen und Realisierung
Product Description
Innovativer Prototyp: Die renommierten Experten Hans-Jörg Bullinger und Bernd Bertsche bieten hier neueste Ergebnisse zur “Entwicklung und Erprobung innovativer Produkte – Rapid Prototyping” (Sonderforschungsbereich 374). Alle relevanten Aspekte der Produktentwicklung: Grundlagen, Rahmenbedingungen bis hin zur Produktion physischer, virtueller oder hybrider Prototypen. Plus: reverse Engineering, neue Materialien, Kosten- und Qualitätsprognosen.
Entwicklung und Erprobung innovativer Produkte – Rapid Prototyping: Grundlagen, Rahmenbedingungen und Realisierung
Product Description
Innovativer Prototyp: Die renommierten Experten Hans-Jörg Bullinger und Bernd Bertsche bieten hier neueste Ergebnisse zur “Entwicklung und Erprobung innovativer Produkte – Rapid Prototyping” (Sonderforschungsbereich 374). Alle relevanten Aspekte der Produktentwicklung: Grundlagen, Rahmenbedingungen bis hin zur Produktion physischer, virtueller oder hybrider Prototypen. Plus: reverse Engineering, neue Materialien, Kosten- und Qualitätsprognosen.
Rapid Prototyping Lab Part 2
Take a peek inside General Motors’ Rapid Prototyping Lab!
Rapid Prototyping for DFM
Description
Micro-Cut Corporation uses rapid prototyping (RP) for advanced medical applications. Visit Baxter Health Care Technology Park, the original Beta testing site for stereolithography. At Laserform, actual test parts are made from molds produced from RP parts. At DTM Corp., the Selective Laser Sintering system uses powder materials to produce a wide variety of prototype parts. At Metro Plastics, a Quandrax system is used to make an extensive range of parts to produce initial molds for tryout of injection molding dies. At Chrysler’s Jeep and Truck Engineering Center, two RP machines meet the increasing demand for automotive prototypes. Also see a comparison of the different RP systems at Ford Motor
TRANSLOGIC 66: Rapid Prototyping Lab
Deep within the recesses of its top secret Warren Tech Center, General Motors has a laboratory that can actually grow car parts. Needless to say, the Rapid Prototyping Lab has had a profound impact on the automotive design process and we were lucky enough to witness firsthand how it’s done. GM even decided to fabricate something special during our visit, just for TRANSLOGIC… More @ translogic.aolautos.com
Rapid Prototyping & Manufacturing: Fundamentals of Stereolithography
Product Description
This reference provides complete coverage of a major new technology that generates physical objects directly from a graphical computer database. Known as “Rapid Prototyping and Manufacturing” (RP&M), it enables diverse industries to improve product design and part quality, bring products to market faster and reduce product development costs while boosting productivity. Focusing on StereoLithography-based RP&M developed by “3D Systems”, which pioneered RP&M, this practical book introduces design and manufacturing engineers to basic RP&M principles, shows step by step how to create a StereoLithography prototype and reveals the accuracy levels that can be attained with this new technology. Case studies illustrate how leading aerospace, automotive, component and medical device manufacturers have gained a competitive edge by applying RP&M. This book also describes various alternate approaches to RP&M.
Rapid Prototyping & Manufacturing: Fundamentals of Stereolithography
Rapid Prototyping & Manufacturing: Fundamentals of Stereolithography
Product Description
This reference provides complete coverage of a major new technology that generates physical objects directly from a graphical computer database. Known as “Rapid Prototyping and Manufacturing” (RP&M), it enables diverse industries to improve product design and part quality, bring products to market faster and reduce product development costs while boosting productivity. Focusing on StereoLithography-based RP&M developed by “3D Systems”, which pioneered RP&M, this practical book introduces design and manufacturing engineers to basic RP&M principles, shows step by step how to create a StereoLithography prototype and reveals the accuracy levels that can be attained with this new technology. Case studies illustrate how leading aerospace, automotive, component and medical device manufacturers have gained a competitive edge by applying RP&M. This book also describes various alternate approaches to RP&M.
Rapid Prototyping & Manufacturing: Fundamentals of Stereolithography
RPT COINDIA, Coimbatore, Rapid Prototyping, High Precision laser Sand Mould / Core making machine..
COINDIA, Industrial Cluster in Coimbatore, equipped with a Double Laser Quartz Sintered Mould/Core making machine of GERMAN make for prototype FUNCTIONAL component development in 5 to 10 days without making conventional foundry pattern and core box. It is first of its kind in India. We do have Reverse Engineering facility with RANISHAW Laser Scanning and Designing. Kindly call us for further discussion to demonstrate our facilities. CONTACT: Process Manager, COINDIA. Ph: +91-96777 29001 Email: rpt@coindia.in www.coindia.in
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