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!

Highest quality

Each spare part has a perfect fit and has been individually reworked