As SLS 3D printing is getting more popular, we share our insights, tips, and tricks for you to use.
Case StudiesWith a four-figure installation worldwide of Sinterit's 3D printers, here you can find some of our client's stories.
SLS TechnologyGrasp the basic knowledge about SLS. Your journey starts here.
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EbooksDownload special ebooks about SLS 3D printing technology
Achieve higher cost-effectiveness without outsourcing. In-house 3D printing shortens supply chains, speed up prototyping, final part production, protects against leaks, and lowers TCO. With reusable SLS 3D printing powder, you could print more for less money.
Be flexible and independent. Sinterit’s open environment is a unique solution in SLS 3D printing branch. Users of Lisa Pro, Lisa X, and NILS 480 are not limited to 3D printing powders provided by Sinterit. You also get the industry’s broadest ability to change 3D print parameters.
Adding another SLS 3D printer to your lab or production hall is the fastest way to scale up. Take advantage of the simultaneous operation of multiple devices and see how fast and ergonomic the post-processing process in the Sinterit solution is.
With lattice structures, SLS 3D printed parts keep their properties but also reduce their weight. It also cutdown costs, as a less 3D printing material is used. Now you can print all of your parts at once. You can even change the properties of a different part of the printing chamber, so even models printed in one go can have differnet parameters applied.
Choose one of nine different materials. Strong and stiff, flexible and elastic, durable, waterproof, high-temperature resistant – choose whatever suits your needs. Sinterit has its powder R&D team and cooperates with the biggest manufacturers, such as BASF, so expect even more materials soon.
Compact SLS works the best with small parts. Big, industrial machines need a lot of powder to be run. But with Sinterit’s compact line of printers, you just need as little, as possible. It affects faster printing time, and lower costs.
While PA11 Carbon may not be as stiff as aluminium, it overpasses Steel AISI 1045, Stainless Steel 316L or cast iron grade 20.
The addition of carbon fiber makes PA11 CF printouts stronger than any other material in Sinterit’s portfolio. The tensil strenght of this material could be compaered with PA 6 used with injection molding or PEKK used with FDM technology, but is stronger then ULTEM (FDM) or PA 6 (SLS type). In terms of flexural modulus it surpasses even PEEK (FDM).
PA11 CF has excellent thermal properties with a melting temperature of 197 °C. Het deflection varies between 170 °C at 1.8 MPa and 191 °C at 0.45 MPa.