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In this post, read about the internal testing that takes place within our test laboratory to calculate and improve wear & tear for solar panels.
In this post, learn about the chainflex test laboratory and the specific tests that are cables are put through daily.
Learn about how a new device assists physical therapists and stroke patients in improving functionality in fast-growing medical concern. Learn how the designers were able to utilize drylin systems.
As healthcare facilities rely more on mobile devices and COVID-19 has the chance to spread rapidly through healthcare facilities, hospitals are looking for new way to ensure mobile device sterility.
Late at night when all igus employees have gone home, something creepy is going on in the drylin® laboratory. The drylin® dryve D3 DC motor controller, drylin® W slides, and some creative props make a
Pick-and-place automation has progressed beyond machine manufacturing and into the world of human anatomy. Research engineers at Brown University are building tiny versions of human organs, one micro-
A new device that supports manufacturing workers is among the latest technological advancements that speak to the power of plastics. The device, the Airframe™ exoskeleton, is made by San Diego-based L
Directly from the test lab to the exhibition at SPS2016 Rainer Rossel, Head of the igus® chainflex® division explains new additions to the product line. Click here to learn more about chainflex® conti
igus iglide® plastic bushings can be found in wide range of applications across many industries including food processing, medical, marine, textile, agriculture, automotive, filling machines, drive te