almost 5 years ago 7 Reasons Why Plastic Bearings be Illin’ Within Lab & Hospital Devices In this post, learn why plastic bearings are ideal for hospital and lab environments due to their hygienic, dry-running properties. Read Article
1:42 about 5 years igus® donates face shields to Providence area schools Check out the full story here: https://turnto10.com/news/local/company-donates-face-shields-to-the-providence-school-district And visit our website to learn more about igus®: https://www.igus.com/ igu Watch Video
about 5 years Face Mask Vending Machines: Save Cost With The Right Robot Designing a vending machine that dispenses face masks? Read about the low-cost delta robot offered by igus®, which is ideal for pick & place systems. Read Article
1:23 over 5 years igus® solutions for the medical field Watch to see all the components we offer that can be used in applications for the medical industry. Watch Video
about 6 years Startup develops cell phone sanitizer using igus® linear rails An infection-control startup has developed a device for hospitals that kills 99.999 percent of MRSA on cell phones. Self-lubricating igus® components were used to design a quiet, dry-running system. Read Article
almost 7 years ago The wheelchair redefined with igus® bearings For wheelchair users, the judders of uneven ground can seem all too familiar. Determined to make ride discomfort a thing of the past, Israel-based company, SoftWheel, has completely reinvented the whe Read Article
about 7 years Building human organs is underway with cell-stacking technology 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- Read Article
about 7 years New exoskeleton is revolutionizing work processes 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 Read Article