New paths in
Additive Manufacturing in High Performance Plastics
Selective Laser Sintering on EOSINT P800 with EOS PEEK HP3 (PEK = Polyetherketon) suitable for prototyping and small series production.
ThermoMelt Technologie on pilot machine (as from 2017) with PPS (Polyphenylensulfid) and PEKK (Polyetherketonketon) suitable for industrial applications.
All three high performance plastics are suitable for high-temperature applications up to 200°C and are inherent flame-retardent and burn antitoxic. Besides their outstanding mechanical properties and chemical resistance they are as well adapted for electrical isolation.
More materials will follow soon. For industrial applications special customized solutions can be developed.
Knowledge and extensive experience
55 years of manufacturing expertise
Our company was founded in 1961 as a carpentry by Wilfried Rauch. Between 1994 and 2005 we specialized in milling processing of thermosetting plastics and thermoplastics. A new era was launched in 2006 when a five-axis robot was installed to feed a new machining center. Today several machining centers produce serial parts mainly for the engineering industry and medical engineering industry.
A new milestone was reached in 2013 when the EOSINT P800 für PEEK was installed. Right from the beginning our additive manufacturing department was specialized in high performance plastics.
Based on our roots in small series production and because of sophisticated materials our main focus is more on serial parts than on rapid prototyping.
For series applications we offer consulting for your R&D and design departments. A design matching the special facts of additive manufacturing is mandatory for a successful implementation.
· Design suitable for Laser Sintering
· Industrial Manufacturing Solutions
· Customised Materials
Technology: New laser sintering technology „ThermoMelt“
The absolutely new laser sintering technology ThermoMelt opens a new approach to eliminate the previous disadvantages in additive manufacturing with high performance polymers. The materials get less polymerized because of the processing in low temperature. The recycling rates show significant improvement and unpowdering of the parts becomes quite simply. Additionally smoother surfaces and better tolerances are feasible. The higher recycling rates as well as the lower building chamber temperatures decrease the costs significantly for industrial applications.
ThermoMelt was developed and patented by Airbus Group Innovations. Rauch CNC Manufaktur is the industrial partner in the development collaboration. Systems engineering will be done at LSS in Dortmund . Lehmann u. Voss in Hamburg signs responsible for material development and supply. As the specialist for PEEK we yield our wide experience in optimization and processing of industrial parts with high performance plastics for laser sintering into our development collaboration.
After completion of the first tests the pilot machine will be installed at our factory in spring 2017 to pass extensive second test series with parts. During 2017 the optimized pilot machine will be available as the worldwide first commercial ThermoMelt machine for industrial applications in series production.
All three partners of this collaboration together are able to customize the processing of ThermoMelt as well as the machining technology and the materials to the needs of your industrial parts. We adapt technique and material to the component and not the reverse!
You are interested in ThermoMelt? Please contact us!
Winners INNOspace Masters 2017
DLR Space Administration Challenge
2nd Place for
Fraunhofer IST with partners Rauch CNC Manufaktur and OHB AG
Additive Manufacturing for Space Using High-Performance Polymers
AMPFORS (Additive Manufacturing of Polymer Parts for Space) is seeking to replace the metal structural components used for space applications with lightweight polymer parts. These parts are produced by means of additive manufacturing, which is also known as 3D printing. To compensate for their lower mechanical stability compared to metal, the polymer components are then outfitted with a metallic layer to form a “sandwich” composite. AMPFORS plans to use both the high-performance polymer PEEK and the less expensive material polyamide (PA). In addition to the space sector, this project‘s key markets include aircraft manufacturing, mechanical engineering, tool-making, and medical equipment production.
- Makes satellite structures up to 20% lighter and up to 50% less expensive
- Incorporation of metal coatings improve the mechanical, electrical, and thermal properties of polymers; also prevents the emission of water and monomers
- Additive Manufacturing process speeds up component design and production
Award ceremony in Berlin: (from left to right) Dr. Gerd Gruppe (Member of the Executive Board, DLR), Bernd Rauch (Rauch CNC Manufaktur), Dr. Andreas Dietz (Fraunhofer IST), Egbert Jan van der Veen (OHB AG) and Dr. Franziska Zeitler (Head of Innovation & New Markets, DLR)
© DLR/ Leuschner
International exhibition and conference on the next generation of manufacturing technologies
Visit us at formnext 2017
in Frankfurt am Main / Germany
from 14.-17. November 2017
Hall 3.1 – Stand A30
Thematic focus of this years exhibition will be:
New material PPS (Polyphenylensulfid) for SLS technology will be exclusively presented by us in cooperation with Lehmann und Voss.
PPS is a top-class high performance polymer with outstanding properties like excellent high temperature performance, high wear resistance, chemical resistance, best fire, smoke and toxicity performance.
Announced already at formnext 2016 the new Laser-Sinter-Technology „ThermoMelt“ is available now. Let us discuss the promising opportunities of this new technology and have a look at first samples in PEKK.
Simultaneous the proven technology with PEEK HP3 is still of great interest. For many applications and rapid prototyping this unrestricted available technology remains the number one choice.
Our exhibition team would like to wellcome you in hall 3.1 at our booth A30 to show you our technical possibilities in additive manufacturing with high performance plastics.