Learn about how igus components are used across the medical & contact-free automation industries with this infographic! https://xd.adobe.com/embed/a3a468d0-9658-44d6-a7ed-18f33d891500-f6f7/?fullscreen
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The UpLyft seated self-transfer system makes it quick and easy for those with limited mobility to transfer themselves from bed to wheelchair and vice versa.
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Pipetting is a highly technical & difficult skill. Automation takes much of this difficulty away, making results more accurate & reliable. Read this blog to learn more about automated pipetting.
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Read this white paper to learn about how tribologically optimized plastics are being used in automated pipetting applications to save space, eliminate maintenance and improve efficiency
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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.
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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
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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.
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In this episode, hosts Adam and Avory speak with Mike Sabo from UN&UP, a medical device company, about their robotic system designed to treat abnormal heart rhythms in patients at rural hospitals.
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In this episode, hosts Adam and Avory speak with Mike Sabo from UN&UP, a medical device company located in St. Louis, Missouri, about their robotic system designed to treat abnormal heart rhythms.
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Watch to see all the components we offer that can be used in applications for the medical industry.
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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
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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-
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