SLS powder

Our PA6 polyamide powder is a high-performance SLS 3D printing material designed for industrial functional prototyping and low-volume end-use production. It features precisely controlled particle size, excellent flowability and stable sintering activity, delivering printed parts with high dimensional accuracy, strong mechanical performance and reliable durability. Multiple specialized grades are available to fit varied application demands.

Our PA6 polyamide powder is a high-performance SLS 3D printing material designed for industrial functional prototyping and low-volume end-use production. It features precisely controlled particle size, excellent flowability and stable sintering activity, delivering printed parts with high dimensional accuracy, strong mechanical performance and reliable durability. Multiple specialized grades are available to fit varied application demands.

Our PA6 polyamide powder is a high-performance SLS 3D printing material designed for industrial functional prototyping and low-volume end-use production. It features precisely controlled particle size, excellent flowability and stable sintering activity, delivering printed parts with high dimensional accuracy, strong mechanical performance and reliable durability. Multiple specialized grades are available to fit varied application demands.

Our PA6 polyamide powder is a high-performance SLS 3D printing material designed for industrial functional prototyping and low-volume end-use production. It features precisely controlled particle size, excellent flowability and stable sintering activity, delivering printed parts with high dimensional accuracy, strong mechanical performance and reliable durability. Multiple specialized grades are available to fit varied application demands.

Industrial-grade SLS TPU 3D printing powder, specially formulated for powder bed fusion processes including SLS and MJF systems. This thermoplastic polyurethane powder features high elasticity, superior fatigue resistance and stable sintering consistency, delivering durable flexible parts with precise dimensions. With up to 85% of unsintered powder reusable, it effectively lowers production waste and per-part cost for custom and batch manufacturing.