Professional SLS 3D printers
for production, prototyping and research.
Sintratec is the leading Swiss developer and manufacturer of precision 3D printers
for professional use. Our high-tech systems employ the Selective Laser Sintering (SLS) technology to transform industrial-grade materials into functional prototypes
and end-use applications.
INDUSTRIAL 3D PRINTING
AROUND THE CLOCK
AROUND THE CLOCK
Swiss Precision
Our 3D Printers are engineered and manufactured in Switzerland
Scalability & Modularity
All Sintratec Modules are cross-compatible and interchangeable with one another
Integrated Software
Streamline the printing process from design to production on one system
Explore our Industrial-Grade SLS 3D Printing Powders
Harness the power of multi-material 3D printing – Tailored to your needs, engineered for robust, lightweight and durable components, prototypes or end-use parts.
Latest Customer Stories
Discover how our customers, spanning businesses of all scales and diverse industries, are leading
the transformation of 3D printing in research, prototyping and small series production
the transformation of 3D printing in research, prototyping and small series production
Discover how our customers, spanning businesses of all scales and diverse industries, are leading the transformation of 3D printing in research, prototyping and small series production
Find Your Local Distributor
Sintratec 3D printers are available globally through our extensive distribution network.
Locate the nearest distributor to your location and experience Sintratec SLS 3D printers firsthand.
Trusted by:
Selective Laser Sintering
Selective Laser Sintering (SLS) is an industrial 3D printing technology that uses a laser to fuse polymer powder into three dimensional objects – layer by layer at high speeds. The precision of the Sintratec SLS 3D printers make the most complex shapes and geometries a tangible reality, enabling users to design with an exceptionally high freedom of form without support structures. Whether stiff or flexible, Sintratec materials are highly resilient and temperature-resistant, and have proven to be the right choice for mechanically demanding applications across a wide range of industries.
As one of the most advanced technologies in Additive Manufacturing, SLS has become the choice for many companies around the world. Market leaders like Schneider Electric (electrical engineering), Daimler (automotive), or Infaco (tooling) successfully implement the SLS process – for rapid prototyping, for spare parts, or the production of end-use products.
