3D printing for industrial applications

Abrasion-resistant plastics with a service life up to 50 times longer than that of conventional materials

FDM 3D printing of a product turner

Industrial 3D printing: a focus on functionality and durability

3D printed finger joints in therapeutic use
  • Maximum cost-effectiveness: Industrial 3D printing enables functional models and production parts to be produced, tested and modified extremely quickly before significant investment is made in production tooling.
  • Direct machine testing: As the industrially manufactured components are fully functional and highly durable, all mechanical specifications can be tested directly on the machine under real-world operating conditions.
  • Unlimited design freedom: Complex geometries, integrated channels or tailored solutions can be produced directly, without the need for tools or additional manufacturing effort.

Our 3D printing processes and materials

3D printing process at igus

  • Selective Laser Sintering (SLS)
  • Fused Deposition Modelling (FDM)
  • Digital Light Processing (DLP)

Specifications of the igus 3D printing materials

Our materials at a glance

3D printing tribo material brochure

3D printing materials vs. POM

Design instructions for 3D-printed components

Free sample box of materials

3D printing material sample box

Design guide for additive manufacturing

Design instructions for 3D-printed components

Industrial 3D printing in practice

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Timing screw for conveyor systems

3D printing FAQ

3D printing FAQ

3D printing wiki

Technical wiki for 3D printing

Consulting

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Shipping and consultation