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CRP Technology Provides Motorsports Camshaft Cover for Ilmor 4 Stroke MotoGP Engine
“A camshaft cover is the structural part that supports the bearing of the camshaft (camshafts seats, the camshaft usually runs at more or less 9000 rpm), directly applied on the 4 stroke 800cc engine head. The average working temperature is 130 to 140 °C. Every material has a recommended temperature limit. Mechanical properties decrease when the working temperature increases. The recommended limit for Windform XT is 130/140 °C but in some cases 150 to 160 °C also can be reached. The limiting factor comes from the thermoplastic base that melts around 180 °C. At a track like Bahrain or Dubai, even if the ambient temperature is significantly higher than the average at other circuits, the working parameters of the engine (i.e. water and oil temperature) must remain under the limits imposed by the manufacturer.”
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CRP Technology Race Ahead at EuroMold 2007
“The highly successful Italian company CRP Technology will be exhibiting at EuroMold 2007 once again along with its official UK distributor Amber Composites. CRP Technology is a unique organisation that not only supplies the innovative Windform® range of laser sintering materials but it also supports entire projects through to manufacturing utilising the company’s extensive experience of more than 30 years in CNC machining, rapid prototyping (RP) and rapid manufacturing (RM), casting technology, design optimisation and materials development. This holistic approach has ensured that CRP is considered as a critical partner for a wide range of successful racing teams around the world — from Formula 1 to Rally and American Le Mans.”
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Structural Parts Made by Laser Sintering
“Besides the numerous non-structural parts made by Windform XT that can be found in the Ilmor engine, the 2007 innovation project is a real turning point in the creation of racing engines. If the project is successful, the future of the engine and frame production will have the green light toward really new and interesting delivery times, costs and performances.
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CRP Windform FX
“CRP has released a new variant of its well know Windform material range, FX.
It is a new generation polyamide based material, in which mechanical and repeatable characteristics make it particularly suited for Rapid Prototyping. The white coloured substance has exceptional resistance and resilience to repeated bending and torsion loadings; excellent crash resistance; consistence and behaviour similar to polypropylene and ABS stamped parts.”
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New Polyamide-Based Material
“Windform™ FX is a new generation polyamide-based material, whose mechanical and repeatable characteristics make it particularly well-suited for Rapid Manufacturing applications. White coloured, Windform FX is characterized by: exceptional resistance and resilience to repeated bending and torsion solicitations, excellent crash resistance, consistence and behaviour similar to polypropylene and ABS stamped parts.”
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Materiale a base poliammidica di nuova generazione
CRP Technology propone un nuovo della famiglia Windform™: Windform™ FX, un materiale a base poliammidica di nuova generazione, le cui caratteristiche meccaniche e ripetibili lo rendono particolarmente adatto ad applicazioni di Rapid Manufacturing. Di colore bianco, Windform™ FX è caratterizzato da: eccezionale resistenza e resilienza alle ripetute sollecitazioni di piegatura e di torsione; eccellente resistenza all’urto; consistenza e comportamento simili ai pezzi stampati in polipropilene ed ABS. Windform™ FX consente di realizzare prototipi accurate, affidabili e durevoli; non necessita di trattamenti successivi ed è perfetto per applicazioni funzionali.”
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Uso diretto del prototipo rapido per componenti ad alte prestazioni
I prototipi cosiddetti «rapidi» si ottengono attraverso la tecnologia di sinterizzazione laser. In questo articolo l’applicazione dei materiali WINDFORM® per la realizzazione di componenti montati su una moto da corsa. Una moto della classe 250 cc sviluppata in meno di sei mesi con la collaborazione dello staff tecnico di CRP Technology ha preso parte al Campionato Mondiale MotoGP 2005 sotto il marchio Fantic Motor. È stato l’inizio di una grande sfida da parte dell’azienda di Modena che ha lavorato sullo sviluppo del motore e delle sue parti per la scorsa stagione 2006 sfruttando la tecnologia di prototipazione rapida e i materiali WINDFORM®.
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Tools for the job
“Learns how the development of a new material has helped An Italian team win a championship this year. If the first five years of the 21st century saw the progressive maturing of computer aided design (CAD) technology then the next five must surely be devoted to maximising the benefit that it can bring with computer aided manufacture (CAM)...”
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Windform FX, ornek ve Olay Incelemesi: Yaris Motorlarinda Diyaframli Valfi
“CRP teknoloji hizli prototipleme ve hizli imalat amaciyla lazer sinterleme teknolojisini kullanarak yeni çozumler ve malzemeler arastirma ve calisma konusunda surekli olarak aktif çalisiyor...”
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Taking advantage of faster rapid manufacturing technologies
“…At the international Conference, held at Loughborough University, UK, in July 2007, CRP Technology presented a case study “Turning point in the creation of racing engines: structural parts made by laser sintering…”
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A great success for CRP and the New WINDFORM FX® at the Seminar on RP/RM Technologies in Motorsports
“On 11 September, the Seminar on RP/RM technologies in Motorsports took place at the University of Derby, (UK). The Rapid Prototyping and Manufacturing Association (RPMA) hosted a Seminar based on the use of Rapid Prototyping/Rapid Manufacturing technologies in Motorsports.”
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CRP Technology met the RP&SLS world at the 3D Systems World Conference
“From September 24th to September 27th, the first 3D Systems Users’ World Conference was held at Rock Hill (South Carolina – USA). CRP Technology had the great opportunity to attend this inaugural World Conference with the aim to be a dynamic learning and sharing environment to expand SLS knowledge and see how other businesses and users benefit daily from the Rapid Prototyping & Manufacturing technology. Dr. Livia Cevolini, Marketing and Sales Director of CRP Technology, Italy, made her presentation on Tuesday afternoon (25th September), during the session named “CastForm Applications”. She has illustrated an “Historical overview of CRP state-of-the-art casting work with CastForm products: 1996-2007, 11 years of experience to create the CRP winning method”.
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Materiale a base poliammidica di nuova generazione
“CRP Technology propone un nuovo prodotto della famiglia Windform® : Windform FX® , un materiale a base poliammidica di nuova generazione, le cui caratteristiche meccaniche e ripetibili lo rendono particolarmente adatto ad applicazioni di Rapidi Manufacturing.”
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The creep factor
“Although it turned out to be a non-event, a tremendous amount of work was put into the design and development of the 800cc Ilmor MotoGP engine… Faced with a brand new engine from Ilmor, the respected engine company that had such success in Formula one, the challenge is the for the Italian Company CRP Technology was to optimise the CAMSHAFT COVER for the 2007 Ilmor MotoGP engine.”
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CRP paper describes development of Rapid Casting
“From 24-27 September 2007, the first 3D Systems Users’ World Conference was held at Rock Hill (South Carolina – USA). CRP Technology attended this event with the aim to expand SLS knowledge and see how other businesses and users benefit daily from the Rapid Prototyping & Manufacturing technology. Dr. Livia Cevolini, Marketing and Sales Director of CRP Technology, Italy, made her presentation on 25th September, during the “CastForm Applications” session. She presented “Historical overview of CRP state-of-the-art casting work with CastForm products: 1996-2007, 11 years of experience to create the CRP winning method”.
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Selective Laser Sintering Creates High Performance Engine part
“Rapid prototyping is moving beyond low-temperature consumer goods into high-performance automotive parts. One example is a prototype composites camshaft cover recently developed and successfully tested for a racing motorcycle engine…”
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CRP Technology met the RP&SLS world at the 3D Systems World Conference
“From September 24th to September 27th, the first 3D Systems Users’ World Conference was held at Rock Hill (South Carolina – USA). CRP Technology had the great opportunity to attend this inaugural World Conference with the aim to be a dynamic learning and sharing environment to expand SLS knowledge and see how other businesses and users benefit daily from the Rapid Prototyping & Manufacturing technology.”
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Yaris Motorlarinin Kreasyonunda Donum NoKtasi: Yapisal parçalar Laser Sinterleme Ile Yapildi
“Imor Motor’da bulunan sellektif lazer sinterleme ile yapilan birçok yapisal olmayan parçalarm yaninda 2007 yenilik projesi yaris motorlarmin kreasyonunda gerçek bir donum noktasi…”
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CRP Technology Challenges The Motorbike Racing World with the laser Sintering and Windform
“Rapid prototypes made by laser sintering technology and WINDFORM® materials, including WINDFORM® XT and WINDFORM® GF, were largely used by CRP Technology on its 250cc motorbike, R250 (see Figure 1, page xx). The WINDFORM family was born in 1998 with WINDFORM GF (aluminium and glass filled), a compound later developed by other manufacturers and continued with WINDFORM®PRO and PRO B (aluminium and glass flakes filled; graphite filled)…”
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Practical Advantage of WINDFORM® XT: Wind Tunnel Repeatability
“Currently used in wind tunnel, a component made from rapid prototyping technology in CRP Technology’s (Modena, Italy) WINDFORM® XT was compared with a similar component made from carbon fibre. In this case, the component made was a large part of the car defined as a fender fitted on a wind tunnel model of Dodge Charger currently racing in the Nextel Cup.”
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CRP Technology: new Reverse Engineering service, new Windform® FX and new CRP8601 super aluminium
“CRP Technology is proud to 3 important novelties: the introduction of the new Reverse Engineering and Dimensional Inspection Service and the launch of 2 new materials: Windform® FX and CRP8601 super aluminium…”
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Rapid-manufactured camshaft cover deemed a success
“CRP Technology and Ilmor are implementing rapid manufacturing in a four-stroke MotoGP engine development, and the first dynamometer test is described as a complete success. CRP Technology and Ilmor have collaborated to develop a new design of rapid-manufactured camshaft cover to support the camshaft bearings in a four-stroke, 800cc racing motorcylcle engine…”
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A great success at Seminar for CRP and the New WINDFORM FX®
“ On 11 September, the Seminar on RP/RM technologies in Motorsports took place at the University of Derby, (UK). The Rapid Prototyping and Manufacturing Association (RPMA) hosted a Seminar based on the use of Rapid Prototyping/Rapid Manufacturing technologies in Motorsports. Actually a great success for CRP Technology that had the chance to present a new interesting application on Motorsport sector. Mr. Giampiero Testoni, Co-Founder and Managing Director of CRP Racing (CRP Technology’s Racing Department), made his intervention on Tuesday morning…”
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Success for the New WINDFORM FX® at the Seminar on RP/RM Technologies in Motorsports
“On 11 September the Seminar on RP/RM technologies in Motorsports took place at the University of Derby, (UK).The Rapid Prototyping and Manufacturing Association (RPMA) hosted a Seminar based on the use of Rapid Prototyping/Rapid Manufacturing technologies in Motorsports. Actually a great success for CRP Technology that had the chance to present a new interesting application on Motorsport sector. Mr. Giampiero Testoni, Co-Founder and Managing Director of CRP Racing (CRP Technology’s Racing Department), made his intervention on Tuesday morning. The title of the Case Study was “Rapid Manufacturing applications on Racing Engine: Reed Valve made by flexible WINDFORM FX and SLS Technology”.
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Camshaft cover for MotoGP engine
“The CAMSHAFT COVER is the structural part that supports the bearing of the camshaft (camshafts seats, the camshaft usually runs at more or less 9000 rpm), directly applied on the 4 stroke 800cc engine head. Inside there is also the lubricant oil. Average working temperature is about 130-140 °C. Every material has a temperature limit over which it is recommended not to go. Mechanical properties decrease when the working temperature increases. The recommended limit for Windform XT is 130/140 °C but in some case 150-160 °C also can be reached. The limiting factor comes from the thermoplastic base that melts around 180 °C…”
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