• 25-75% stronger than the standard FDM ABS material
  • Ideal for any stage of manufacture- from concept modelling to functional prototyping, from jigs and fixtures to end-use parts
  • Offers greater tensile, impact and flexural properties than standard FDM ABS
  • Layer bonding is significantly stronger than FDM ABS
  • Produces a more durable part that is well suited to realistic functional tests and high-quality end-use applications.

Layer thickness

  • 0.1270mm
  • 0.1778mm
  • 0.2540mm
  • 0.3302mm


  • Black
  • Blue
  • Dark Grey
  • Ivory
  • Red
  • White

Support material

  • Soluble – complex components with deep internal cavities are possible

Minimum reproducible dimensions

  • 1.0mm

Texture / feel

  • Due to the extrusion process of FDM printing the layers are easily visible resulting in a stepped surface finish.
  • A wood grain pattern can appear on curved surfaces.

Other FDM Materials

  • Tablet case made using electrostatic dissipative thermoplastic


    Durable and electrostatic-dissipative thermoplastic
  • Educational model used by Alzheimer’s Research UK


    Outstanding UV stability and mechanical properties
  • Full-scale vehicle grill – spare part

    NYLON 12

    Primarily used in 3D aerospace, automotive and consumer goods industries
  • Automotive application: motorbike stand

    NYLON 12 CF

    Useful for strong but lightweight tooling applications

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