Inquiry / Contact
igus® inc.

PO BOX 14349

East Providence

RI 02914

+1 800 521 2747
+1 401 438 7270

Complex 3D printed objects produced from high-performance materials


3D printing is a cost-effective alternative to injection molding for producing complex parts for prototypes, single orders or small quantities. igus® prints components using our engineered composite plastic iglide® printing materials, which have been proven to last up to 50 times longer than standard 3D-printing materials inside moving applications. We extensively test our high-performance polymers inside our 41,000-square-foot test lab to ensure every 3D-printed part offers exceptional wear resistance comparable to injection-molded components. All igus® 3D-printed parts are low-friction, maintenance-free and self-lubricating.

Benefits:

  • Selection of various iglide® materials for moving applications
  • Individual components with wear rates similar to injection-molded parts or bar stock
  • Rapid production, even for complex components
  • Easily upload and order your CAD file online
  • Necessary adaptations and optimizations possible


3D printing service

Whether you need a prototype or functional component, our individual 3D printing service is a fast and cost-effective way to print gears, racks, plain bearings, rollers, linear bearings, lead screw nuts and more from our low-friction, high-performance iglide® polymers.

Use the 3D printing service
Get your component made by the 3D printing service

print2mould method at igus

Injection molding tools from the 3D printer

Do you need a component that meets specific requirements, such as FDA compliance or use underwater? Then 3D-printed iglide® injection molds are the solution for you! Our 3D-printed injection molding tools can produce parts from more than 50 iglide® polymers for prototypes and small batches in 3 to 10 business days.
 

Learn more 3D printed injection molds

Durability of our 3D printing materials

We continuously test the tribological properties of our iglide® materials inside our 41,000-sqaure-foot test lab to ensure each 3D-printed component offers a longer service life than standard materials inside moving applications.

View the 3D printing test lab
3D printed gear made of iglidur polymer in tribology test

iglidur filaments and powders for the 3D printing of your component

Filament and laser sintering powder made of iglide polymers

  • Up to 50 times more abrasion-resistant than standard material
  • Wear-resistant components for prototypes and small batches
  • Simple processing
  • Ideal for tribological applications
  • Self-lubricating and dirt resistant

Learn about 3D printing materials

Application Assistance

For further questions or product information, please contact:

Photo
Preston Souza

Dry-tech Product Specialist

Email

Customer Service:

Monday to Friday from 8 am - 8 pm

Online:

24h