3D printing technology

Fused Deposition Modeling (FDM)

Our FDM printing capacities

Maximum size:

330x240x300mm (LxBxH)

Standard production time:

1-2 Business Days

Dimensional accuracy:

± 0.5% with a lower limit of ± 0.25mm

Layer height:

100-300µm

Filling levels of the objects:

20-100%

Most commonly used materials

PLA

Good tensile strength and surface quality, high surface hardness, stiffness and tensile strength.


  • Temperature resistant up to approx. 60°C

T-PLA

Similar strength and higher stiffness compared to ABS.


  • Temperature resistant up to approx. 60°C

HT-PLA

High surface quality, higher impact strength than ABS.


  • Temperature resistant up to approx. 90°C

Nylon PA6/66

Impact and abrasion resistant, high strength-to-weight ratio, low coefficient of friction and good corrosion resistance.

  • Temperature resistant up to approx. 85°C

HT-Nylon

High mechanical strength and toughness, High quality printing surface.


  • Temperature resistant up to approx. 160°C (short term)

PC

Good tensile strength and impact resistance, has flame retardant properties.


  • Temperature resistant up to approx. 110°C (short term)

TPU 95A

High wear resistance, rubber-like flexibility, Shore A hardness 95, elongation at break up to 580%.


  • Temperature resistant up to approx. 110°C

TPU 98A

High wear resistance, rubber-like flexibility, Shore A hardness 98, elongation at break up to 470%.


  • Temperature resistant up to approx. 110°C

TPU 58D

High wear resistance, rubber-like flexibility, Shore D hardness 58, elongation at break up to 470%.


  • Temperature resistant up to approx. 135°C

The right material is not available or you need help with the selection? We are happy to help you find the right material for your application!