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  • True carbon fibre composite
  • Extraordinary heat performance (melting point 340⁰C)
  • Flame retardant properties
  • Outstanding dimensional accuracy
  • High strength (>130 MPa)
  • Exceptional strength-to-weight ratio: metal replacement
  • Greater chemical stability than PA12
  • Suitable for medical applications – compatible with autoclave sterilisation
  • Ability to create flat parts and feathered edges
  • High impact and wear resistance
  • No warping, curling or deformation of parts
  • Sustainable process: complete recyclability and no powder wastage

Layer thickness

  • 0.05 mm

Colour

  • Black

Hollow structure

  • Not possible

Minimum reproducible dimensions

  • 1mm

Recommended offset/clearance for assemblies

  • n/a

Texture / feel

  • Good surface finish, smoother than typical powder-based parts

Application fields

  • Applications which require high strength and to be lightweight, with flame retardant properties: aerospace, drones, automotive, tooling, propellers and spinning geometries, medical, sports, AGVs and e-mobility, robotic end-of-arm and industrial tooling. This material is suitable for small series production.

Other Materials Materials

  • Composite Based Additive Manufacturing

  • Educational model used by Alzheimer’s Research UK

    FDM

    FDM is the most widely available 3D printing process
  • Collection of prototype models

    Multi Jet Fusion

    HSS combines the process of binder jetting with the materials of SLS printing

Need some help?

Whether you're looking for materials advice, quoting guidance or simply want to know more about additive manufacturing, we're always happy to assist.