Selective Laser Sintering

Selective Laser Sintering

Layer-by-layer additive 3D printing process

Fused powder nylon to form functional end-use parts


Selective Laser Sintering

Hunting for parts produced in material you can actually use? SLS printing could be your answer. Selective Laser Sintering (SLS) is a layer-by-layer additive 3D printing process using powdered nylon. This material is fused in slices by a high-powered laser to form functional end-use parts. Better yet, printing in this way, for example if you perform nylon printing, will give you a powerful, malleable, and versatile end product.

Nylon is a flexible and strong production material so end-use parts tend to be parts with flex features, hinges, snaps, clips and/or are exposed to high or low temperatures or caustic chemicals. The SLS process is known for its ability to produce parts from polymer and nylon printing as well as laser sintering that allows you to control the degree of melting the material at hand.

Parts from SLS printing can be used for production.

PROCESS LIMITATIONS:

  • Slightly longer lead times
  • Rougher surface finish
  • Lower tolerance / less precise build



MATERIALS:

NYLON 12 || NATURAL
GLASS-FILLED NYLON || NATURAL
FLAME-RETARDANT || NATURAL
CARBON-FILLED NYLON || BLACK
ALUMINUM-FILLED NYLON || GREY
PEKK HIGH-TEMP || BLACK

Download the HP 3D Printing Materials Guide to learn more about SLS


“Hi Leon, Thank you for the tracking numbers. The parts arrived yesterday morning. Everything looks great, MJF parts fit with the rest of the display model. All ready for our trade show in Sydney. ” — Ian (solar power company in Sydney, NSW)
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