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igus® contact details for Poland. After selection of your ZIP code, we designate the relevant staff to attend to you at once. , и 3D printing filament. Selective Laser Sintering (SLS) Material. ... igus® also offers a 36 month guarantee in regards to the service life of all e-chain® cable ... 3D printing / SLS For prototypes or small quantities made from Tribo-Filaments with the laser sintering method Wear-resistant materials for 3D printing and the laser sintering method - print parts yourself or have igus® print them for you. Machined/turned From small series made of iglidur ® bar stock For greater designing freedom: bar stock for , , , , , , , igus® contact details for Poland. After selection of your ZIP code, we designate the relevant staff to attend to you at once. Home to all the latest information about bearings, cable carriers, and flexible cables .

igus® contact details for Bulgaria. ... Selective laser sintering (SLS) material. ... Bar stocks & 3D Printing. 3D printing service. igus® manufacture energy chains®, flexible chainflex® cables and harnessed readychain systems, polymer bearings including bushings, rod ends, linear bearings, linear actuators and linear slides

Our wear resistant SLS printing process has accelerated part testing, prototyping, and increased part cycle counts for many engineers. Check out some... 3D printing materials for maximum service life in moving applications Wear-resistant 3D printing materials Wear-resistant parts with considerably improved wear resistance compared to standard 3D printing materials are manufactured using special filaments and SLS powder from igus®. Iptables block all incoming traffic on interfaceHome to all the latest information about bearings, cable carriers, and flexible cables Sep 16, 2016 · In this week’s video of the week, motion plastics expert igus demonstrates how 3D parts are printed using the selective laser sintering (SLS) process. Using iglidur I3-PL tribo-powder, a new ... The igus® SLS plastic for laser sintering The iglide® I3-PL proved to have an abrasion resistance at least 3 times greater than conventional materials for laser sintering in tests conducted at the igus® test laboratory. Especially for beta tests, prototypes, small batches or special mechanical engineering, new possibilities arise while designing with wear-stressed gliding parts. The igus® SLS plastic for laser sintering The iglide® I3-PL proved to have an abrasion resistance at least 3 times greater than conventional materials for laser sintering in tests conducted at the igus® test laboratory. Especially for beta tests, prototypes, small batches or special mechanical engineering, new possibilities arise while designing with wear-stressed gliding parts. .

igus® produces 3D-printed components with our extensively-tested iglide® materials, which have been proven to last 50 times longer than standard printing materials inside moving applications. Learn more. Test Lab for 3D Printing. igus® continuously tests the tribological properties of our engineered composite plastic materials inside our 41,000-square-foot lab in Cologne, Germany to ensure each part offers an extended service life. Along with the laser-sintering (SLS) method or filaments (FDM/FFF) make it possible to directly use the printed bearing or test the functioning of the printed bearing reliably and conclusively. In our own igus® test laboratory, the Tribo-optimized materials are tested for resistance to wear and abrasion and compared with conventional materials. 3D printing for components with ESD properties. Have individual components printed with our 3D printing service or print them yourself with our I8-ESD SLS powder. Igus_arrow. Industrial solutions & applications. The igus® SLS plastic for laser sintering The iglidur® I3-PL proved to have an abrasion resistance at least 3 times greater than conventional materials for laser sintering in tests conducted at the igus® test laboratory. Especially for beta tests, prototypes, small batches or special mechanical engineering, new possibilities arise while designing with wear-stressed parts. , The iglidur® I3-PL proved to have an abrasion resistance at least 3 times greater than conventional materials for laser sintering in tests conducted at the i... Nov 01, 2016 · “With 3D-printed plastic moulds, igus is providing more options for design engineers and manufactures seeking a cost-saving alternative for prototyping or low volume production.” Now, the 3D printed injection moulds can be produced with short lead times, using the SLS printing process for parts with simple geometries.

igus® produces 3D-printed components with our extensively-tested iglide® materials, which have been proven to last 50 times longer than standard printing materials inside moving applications. Learn more. Test Lab for 3D Printing. igus® continuously tests the tribological properties of our engineered composite plastic materials inside our 41,000-square-foot lab in Cologne, Germany to ensure each part offers an extended service life. и 3D printing materials for maximum service life in moving applications Wear-resistant 3D printing materials Wear-resistant parts with considerably improved wear resistance compared to standard 3D printing materials are manufactured using special filaments and SLS powder from igus®.