At ALM we use a systematic, tailored approach to identify or develop the precise laser sintering materials for your powder bed 3D printed application. Our patent-pending technologies allow us to offer custom laser sintering products in a variety of material categories. Not sure which material to choose? Try out our Material Finder Tool to get personalized recommendations.
PA 12 material with exceptional reusability for efficient production, delivering superior stability, uniform black pigmentation, enhanced surface finish, and near-zero waste material efficiency
Lightweight powder with high strength, high surface finish, and high dimensional stability
Drop-in replacement for other commercially available PA12 laser sintering powders which is highly recyclable and biocompatible
Carbon fiber-filled Nylon 12 with ESD and high mechanical properties
Glass sphere filled material for improved dimensional stability with increased stiffness and part surface finish
Electrostatically dissipative nylon 11 without carbon fibers that has good tensile strength and an excellent surface finish
A high-performance plastic that’s chemically resistant, flame retardant, and with a high melting point
Best suited to applications which require superior thermal properties with maximum performance in XY&Z dimensions
Fire retardant nylon 11 material that has superior mechanical properties while maintaining high levels of fire retardancy
Optimized for high performance and easy to process with high temperature tolerance and high detail surface finish
It is optimized for high performance, is easy to process, and has high-temperature tolerance
A high-performance polymer which shows higher elongation at break and impact strength while maintaining high tensile strength.
With its exceptional rigidity, it enables precise modeling in wind tunnel experiments, while its impressive tensile strength makes it resilient in demanding automotive conditions.
