CRP Technology’s isotropic 3D printing material “Windform® P1” shortlisted for TCT Awards 2019 CRP Technology’s isotropic 3D printing material “Windform® P1” shortlisted for TCT Awards 2019 Italian-based CRP Technology, 3D printing leader for the most advanced industrial sectors, gained new international success.
CRP Technology and CRP Meccanica protagonists at Sachsenring racetrack during round one of the FIM Enel MotoE World CRP Technology and CRP Meccanica protagonists at Sachsenring racetrack during round one of the FIM Enel MotoE World Positive debut for the Italian-based companies and Energica’s technological partners for MotoE
Oerlikon celebrates opening of state-of-the-art R&D and production facility Oerlikon celebrates opening of state-of-the-art R&D and production facility
MotoE™ ready to race: all of the Ego Corsa machines built by the end of May thanks to CRP Meccanica and CRP Technology MotoE™ ready to race: all of the Ego Corsa machines built by the end of May thanks to CRP Meccanica and CRP Technology Preparations are in progress for the resumption of the activities of the FIM Enel MotoE ™ World Cup after the setback last March, when a fire in Jerez destroyed much of the material for the MotoE™ , Ego Corsa machines included.
Innovation in Automotive and Transportation parts: CRP Technology welcomes Windform® FR1, the first carbon-fiber-filled flame-retardant material to be rated V-0 for 3D printing Innovation in Automotive and Transportation parts: CRP Technology welcomes Windform® FR1, the first carbon-fiber-filled flame-retardant material to be rated V-0 for 3D printing Since mid-90’, CRP Technology has been changing the rules of additive manufacturing, smashing records and setting models nowadays that apply to the 3D printing technology with polyamide materials.
SST is launching its in-house 3D Printing Additive Manufacturing capability at PMW 2018 SST is launching its in-house 3D Printing Additive Manufacturing capability at PMW 2018 SST Technology is launching its in-house 3D Printing Additive Manufacturing capability at PMW 2018
Quintus Technologies HIP Enhances Serial Production for FIT Additive Manufacturing Group Quintus Technologies HIP Enhances Serial Production for FIT Additive Manufacturing Group German AM Specialist Adopts Integrated High Pressure Heat Treatment to Optimize Quality in 3D Printed Parts Västerås, Sweden, May 7, 2019 – A state-of-the-art hot isostatic press (HIP) with Uniform Rapid Quenching (URQ®) from Quintus Technologies will introduce a new quality benchmark for the FIT Additive Manufacturing Group.
3D-Animation: Additive Fertigung bei Pankl 3D-Animation: Additive Fertigung bei Pankl Additive Manufacturing (AM) opens up new fields of application almost every day at breakneck speed. As a result, the paradigm shift to the digital industry 4.0 is already lived reality.
CRP Group: A unique partner in High-Tech Manufacturing CRP Group: A unique partner in High-Tech Manufacturing Welcome to CRP Goup! The Group consists of many companies: CRP Meccanica, CRP Technology, CRP Service and CRP USA.
Innovative SLS front air inlet made with Windform materials Innovative SLS front air inlet made with Windform materials CRP Technology’s R&D department tackled the development of a new front air inlet for a Moto3 racing customer to solve space issues in the front fork area.
Case study Case study An interesting mix of homemade and High-Tech: Windform® SP NACA duct and Victory Motorsports team broke record at Bonneville run Racing in America developed in different ways across the country, from early purpose-built tracks in the Midwest, the hard sands of East Coast beaches, and the dry lakebeds of California.
The creation of Energica seat through professional 3D printing and Windform® materials The creation of Energica seat through professional 3D printing and Windform® materials The object of this application case is the creation of the Energica motorcycles seat .
CRP Technology reinvents the Energica dashboard through professional 3D printing and Windform® materials CRP Technology reinvents the Energica dashboard through professional 3D printing and Windform® materials In Modena, homeland of supercars and motor valley of Italy, the first high-performance full electric motorcycles ‘Ego’ was born in Energica Motor Company S.p.A. Ego was rigorously developed using F1 technologies and the Windform® family of high performance composite materials. Energica was created and engineered through the CRP Group, whose decades-long activity in the field of High Precision CNC machining and professional 3D printing, along with Windform® composite materials for Additive Manufacturing, allowed the creation of innovative and avant-garde solutions that have made Energica a unique model throughout the world.
CRP Technology management system has been certified to ISO 9001:2015 CRP Technology management system has been certified to ISO 9001:2015 With more than 20 years of experience in Additive Manufacturing technology for the most advanced sectors, CRP Technology has perfected its production processes, and it is pleased to announce to have successfully passed the audit for ISO 9001:2015 regarding the manufacture of 3D printed parts and the production of Windform composite materials for LS technology.
New commercial strategy for Windform® composite materials New commercial strategy for Windform® composite materials Windform® composite materials will no longer be sold to service bureaus, Windform® materials will continue to be available and on sale for companies that directly produce their own components (OEMs). CRP Technology and CRP USA will continue to offer 3D printing service producing parts and components in Windform®
3D SAND PRINTING VS TRADITIONAL TOOLING 3D SAND PRINTING VS TRADITIONAL TOOLING Hoosier Pattern opened its doors in 1997 as a traditional pattern shop. Over 20 years later, HPI has become an industry leader as a premier pattern shop and—as of 2013—an additive manufacturer as well. Hoosier Pattern is one of the only shops in the United States that has both rapid prototyping and hard tooling capabilities. Many customers come to HPI and ask how they can determine whether to 3D print something versus having a tool built for their project.
PROTOTYPING WITH SAND PRINTING PROTOTYPING WITH SAND PRINTING The process of sand casting has been the same for hundreds of years. First, a pattern is placed in sand to create the mold and a gating system of some type is incorporated for the molten metal to flow into the mold. The pattern is then removed and the cavity is filled with molten metal. After the metal has cooled, the sand is broken away and the casting is removed.
Charm Charm In collaboration with the University of Bath, HiETA Technologies have designed, manufactured and physically tested a lightweight and internally cooled Radial turbine wheel exploiting the design freedoms of Additive Manufacturing (AM).
SOFIA: Solutions for Industrial Metal Additive Manufacturing SOFIA: Solutions for Industrial Metal Additive Manufacturing
Success for Pearl® Micro 718 powders for a 3D printing aeroengine part Success for Pearl® Micro 718 powders for a 3D printing aeroengine part
New Pearl®Micro Stainless Steel Powders for Additive Manufacturing New Pearl®Micro Stainless Steel Powders for Additive Manufacturing Aubert & Duval extends its metal powders for additive manufacturing portfolio with new Pearl®Micro 316L and Pearl®Micro 17-4PH.
3D Printing Car Part for BRC Automotive – Case Study 3D Printing Car Part for BRC Automotive – Case Study BRC was looking for a way to manufacture low volume complex parts which would typically be either cast or injection moulded for their aftermarket inlet manifolds.
R&D project gives 100% production quality assurance R&D project gives 100% production quality assurance 3T RPD Ltd is working with a number of partners on the AssureNet project to develop an automated non-destructive inspection process for their metal Additive Manufactured components.
Supercar head and tail light casings using plastic AM Supercar head and tail light casings using plastic AM Rimac Automobili recently used our plastic Additive Manufacturing (AM) services to produce the headlamp and tail-light casings for the prototype of their latest electric Supercar, the Concept_One.