From digital file to final part on demand


SLS (Selective Laser Sintering) is a professional 3D printing method where a laser sinters powdered material into solid, durable parts — layer by layer — without the need for supports or molds.

Yes. There are no upfront tooling costs, no minimum order sizes, and parts can be produced directly from CAD — making it ideal for agile, small- and mid-volume production.

Absolutely. With materials like PA12 Industrial, PA 11.5, and PA11 CF, SLS delivers parts suitable for mechanical use, wear resistance, and real-world performance.

SLS offers better mechanical strength, surface quality, and dimensional repeatability. Unlike FDM, there are no support structures and no visible layers. Compared to MJF, SLS allows greater material flexibility and easier switching between jobs.

Yes. SLS is perfect for printing custom tooling that would be expensive or time-consuming to machine — including ergonomic jigs, alignment aids, assembly guides, and inserts.

You can run small to medium series of hundreds or even low thousands of parts, especially for components with high customization, variable geometries, or short lifecycles.

With printers like the Lisa X, you can print full trays overnight — up to 14 cm/h in Z height — and have parts ready the next day.

Minimal. Unlike FDM or SLA, SLS doesn’t require support removal. Most parts just need powder cleaning — optionally followed by vapour smoothing or dyeing.

Yes. Sinterit systems support up to 10 materials, and switching between them is fast — no full disassembly required. Perfect for varied production runs.

Yes. Sinterit’s ecosystem includes API access, usage monitoring, and integration with production software — ideal for automated or scalable operations.

Yes. One of the key advantages of SLS is its efficient use of materials. Unsintered powder can often be recycled and reused in new prints, which significantly reduces material waste compared to subtractive manufacturing methods or single-use casting tools. In addition, SLS can even utilise certain rejected materials from other technologies — such as used MJF powder — giving them a second life while still delivering high-quality results.

Sinterit systems are designed for easy onboarding. Engineers, operators, or designers typically become self-sufficient after a short training session.

From drone manufacturers and automotive suppliers to consumer electronics and medtech startups — SLS is widely adopted where flexibility and speed matter.