Medical
New Drying Technology Helps Moldmaker Get Back to Molding
System solves quality problem that had hamstrung previous molder.
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Studies Boost Prospects For High-Speed Extrusion
Study shows that high-speed, single-screw extruder can significantly boost the processing capability of a small-diameter machine for a wide range of applications
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Making the Value Connection In Proprietary Molding
“We make components that go into other devices.
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Nylon Replaces Stainless Steel in Surgical Devices
WEB EXCLUSIVE: A 50% glass-filled Ixef polyarylamide (PARA, also known as MXD6 nylon) from Solvay Specialty Polymers USA, LLC, Alpharetta, Ga., delivers the high strength, rigidity, moldability, and ultra-smooth finish needed to replace stainless steel in new, single-use surgical devices.
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High-Flow PEEK Makes Small, Intricate Pipette Tips
WEB EXCLUSIVE: An unfilled grade of Victrex 90 Series high-flow PEEK from Victrex USA was used to mold small medical pipette tips.
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Understanding Automation for Pipette Molding
While simple looking enough, the pipette can be challenging to process. They generally have to be produced in high volumes without sacrificing quality due to their demanding applications. Automation is key to making this happen.
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Overcoming IML’s Challenges To Reap Its Rewards
In-mold labeling has advanced dramatically over the past 20 years, but mostly in Europe. Here is what you need to know to bring IML to your operation.
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Medical Market Demand Driven by Policy for Now
How will 'Obamacare' impact the medical market for plastics processors? It's hard to see how the medical industry will not enjoy robust demand growth for years to come. On the other hand...
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The Role of Screw Design In Efficient Extrusion Of Medical Devices
For extruders of medical tubing, screw design plays a key role in maintaining dimensional control, physical properties, and more.
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Glass-Like Colored COC for Pharma Packaging, Medical Devices
WEB EXCLUSIVE: A collaboration between Clariant Masterbatches, Holden, Mass., and Topas Advanced Polymers, Florence, Ky., is bringing bright, clear colors to pharmaceutical packaging and medical devices made of TOPAS cyclic olefin copolymer (COC). Clariant’s new precolored compounds and color concentrates are part of the Mevopur family of products developed for companies whose applications require risk control, product consistency, and regulatory compliance. “Topas COC has become the material of choice for pharmaceutical packaging and medical devices,” says Barbara Canale, healthcare market-development manager for Topas Advanced Polymers. “It offers high shine even in thick sections and, unlike resins such as polycarbonate and polyester, has a non-reactive surface.
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