In the demanding world of medical device assembly, precision and reliability are paramount, especially for catheters. At Dymax, we are committed to empowering and supporting manufacturers with advanced adhesive solutions for catheter assembly. Our medical-grade adhesives create strong, long-lasting bonds that ensure peak catheter functionality. Light-curable materials significantly reduce cure times, optimizing production efficiency for a streamlined assembly process. Furthermore, Dymax materials meet the strictest regulatory standards, guaranteeing patient safety and device integrity. Learn more: https://ow.ly/RXMc50SklIl #medicaldevices #catheterassembly #manufacturing #innovation #reliability
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Whether you need metal components in the thousands or the millions, Tegra Medical delivers the quality you’ve come to expect for drug delivery devices. We make insert-molded needles, catheter guidewires, and special needles and springs for injection systems, to name a few. Your metal drug delivery components ― whether machined, stamped or formed into springs ― meet the same rigorous specifications for accuracy and precision as at lower volumes. And, of course, we ensure your sharp metal parts keep their sharpness throughout manufacture. What drug delivery devices can we make for you? Learn more at https://bit.ly/3ZYSc4y #drugdelivery #highvolume
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Are you involved in ophthalmic product packaging? Curious about ensuring the integrity of your packages with cutting-edge testing methods like Vacuum Decay and Helium Leak Testing? Don't miss out on our informative video exploring these crucial techniques! #OphthalmicPackaging #IntegrityTesting #VacuumDecay #HeliumLeakTesting
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In the medical industry, precision, safety, and reliability are of utmost importance. Medical devices often come into direct contact with the human body, making it essential that they meet stringent biocompatibility standards. Advanced Coating’s parylene solutions are designed to provide a biocompatible, pinhole-free barrier that protects sensitive components from bodily fluids, corrosion, and contamination. Our coatings are ideal for implantable devices, surgical instruments, and other medical applications where performance and safety are critical. Advanced Coating understands the unique challenges faced by medical device manufacturers, and our parylene coatings are tailored to meet these challenges head-on. By enhancing the durability and reliability of medical devices, we help ensure that they perform flawlessly in life-saving situations. Let Advanced Coating be your partner in advancing healthcare technology, providing coatings that make a difference in patient outcomes. https://lnkd.in/g8jRkCYp #MedicalDevices #Parylene
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Junkosha’s newest PHST solution is ideal for the manufacture of interventional medical devices such as micro-catheters due to its simplicity in removal. Unlike traditional skiving techniques that often fail on smaller catheters, our 1.8:1 Translucent PHST simplifies the process, allowing for easy addition of complex shapes. This streamlines manufacturing, enhancing efficiency and reduces costs. By eliminating the need to skive heat shrink material post-construction, our technology saves time, minimizes damage risk, and lowers Total Cost of Ownership for catheter manufacturers. Want to know more? Click here: https://lnkd.in/enuxAGzn #Junkosha #MedTech #PTFE #Liners #PHST #TubingSolutions #CatheterTechnology #EnablingTechnologyInnovators
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Learn a little more about LightningCath and what we're about in this Plastics Technology featured article. If you're looking for a dedicated catheter contract manufacturer for your projects in 2024, reach out to our team to see how we can help!
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Check out this article in Plastics Technology about our friends at LightningCath!
Learn a little more about LightningCath and what we're about in this Plastics Technology featured article. If you're looking for a dedicated catheter contract manufacturer for your projects in 2024, reach out to our team to see how we can help!
Catheter Specialist Finds Sweet Spot Serving Small, Medium-Sized Concerns
ptonline.com
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🔬 Case Study Spotlight: Revolutionizing Medical Catheter Assembly! Struggling with quality issues in medical catheter assembly? Learn how Promess came to the rescue with a game-changing solution! 🔍 The Challenge: A medical equipment manufacturer faced serious quality problems with crimping metal tubes for catheter assembly. Loose connections or overly tight seals compromised functionality and safety. 💡 Our Solution: Enter the Promess Electro-Mechanical Assembly Press (EMAP). By precisely controlling crimping force (+0.5% accuracy) and incorporating closed-loop feedback, we ensured consistent, flawless assembly every time. 📈 The Result: Say goodbye to quality concerns! With Promess technology, our client achieves 100% certified catheters, meeting precise specifications and ensuring optimal functionality. Ready to elevate your assembly process to new heights of precision and reliability? Discover the power of Promess solutions today! https://bit.ly/46QOVb0 #MedicalInnovation #AssemblyTech #QualityAssurance #PromessSuccessStory
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TOMORROW at 4 p.m. EST, join Scott Robertson, VP of Nitinol Technology at Resonetics who will take us through, "How to Get the Most Out of Nitinol for Your Medical Device Application". Join us to learn more about how #RawMaterial melting and component processing can affect the material performance in the final application, how to specify the material and manufacturing properties based on your device needs, and what #manufacturing processes can be used on #nitinol and how to choose each one. REGISTER HERE: https://lnkd.in/eAW-5ayX #MaterialMelting #NitinolTechnology #MedicalDevice #Resonetics
DeviceTalks Tuesdays | How to Get the Most Out of Nitinol for Your Medical Device Application
event.on24.com
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LI Top Voice x 2, Orthopedic Surgeon I Vice Chair I Researcher I Entrepreneur I Innovator I Consultant
It’s been a long time since we’ve seen any substantive changes to our implants. All implants to date are made from some type of metal. Now we have an implant that is made of PEEK (highly resilient plastic). It is much lighter and in some respects stronger than metal. For the FDA to approve this means the science and early European experience is on solid ground. Should be interesting to follow Link in comments
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