igus® is a leading provider of injection-molded technology. Customized components are developed using our high-performance plastic iglide® materials that are self-lubricating, wear-resistant and maintenance-free. Each material is engineered to meet the specific requirements of your application, such as resistance to chemicals, dirt or extreme temperatures. Our injection molding methods are also suitable for producing prototypes.
igus® is dedicated to providing low-cost, custom-made plastic components in any shape for any application. Let our experts assist you in finding the most efficient manufacturing method, along with the ideal high-performance plastic material.
Injection molds are typically made of steel and only pay for themselves when you order larger quantities. As an alternative, igus® offers 3D-printed injection molding tools that save you up to 80 percent, even on small quantities of 1 to 500 components.
Aluminum tools can be used to make batches of 200 to 10,000 iglide® components. This lean manufacturing method saves time and money since a lengthy hardening process is not necessary.
igus® offers over 50 materials designed for wear resistance. Whether your application is exposed to
high temperatures, chemicals or water – igus® has a solution.
Fast availability at a low price and use under hygienic conditions were important prerequisites for this 3D-printed gripper.
igus® has taken on the challenge of providing the bearing system for a microscope arm. In this case, highly precise guidance of a lamp is required.
In agricultural applications, hay rakes are subjected to continuous stress. No problem for special bearings made of iglide® materials!