Your part. Printed on demand. Industrial quality.
Build your inquiry in a few clicks: pick the use case, material and quantity, upload your CAD and get a quote. No minimum quantities, with industrial EOS precision.
Describe your project
What do you want to make?
From CAD model to finished SLS part in six steps
How does SLS 3D printing work? From CAD model and technical review through production on an EOS system, finishing and delivery.
PA 2200 for versatility, PA 3200 GF for stiffness
Most parts are made from PA 2200, a versatile polyamide with heat and chemical resistance. Where extra stiffness, dimensional stability or wear resistance matter more, we use PA 3200 GF. Both materials with industrial repeatability.
PA 2200
High strength, chemical resistance, dimensional stability and biocompatibility. The most commonly used material for functional parts.
- Tensile strength 48 MPa
- Elongation 18 %
- HDT 157 °C
PA 3200 GF
High stiffness, wear and temperature resistance - with the repeatability of industrial printing.
- Tensile strength 51 MPa
- Elongation 9 %
- HDT 157 °C
Send a CAD model and get a quote for SLS 3D printing
Need a functional prototype, a technical component or a small batch? Upload your 3D CAD model and describe the project requirements. Our engineers will check feasibility, advise on material selection and prepare a quote.