Dedicated to design & manufacturing for medical device
25-27 September 2019 | Shanghai,China
Materials
2019.07.22 3D-printed resorbable implant technology achieves ISO 13485 certification Medtech startup BellaSeno (Leipzig, Germany) has obtained ISO 13485 certification for the design and additive manufacturing (aka 3D printing) of resorbable implants. As such, it claims to be among only a handful of companies worldwide to offer integrated contract additive manufacturing of implants under the ISO quality management standard specific to medical devices. Read More
2019.06.21 Smooth or Textured: A Lesson in Biocompatibility Tissue response to an implanted device can be influenced by many factors. Read More
2019.06.19 Non-Silver Technology for PP, ABS, and PC Resins Could Help Resist Microbes Evermoin technology from Lotte Advanced Materials offers a new means of protecting against pathogens and fungi. Read More
2019.06.18 Fixating on PEEK: The Implant Advantage t’s difficult to talk about spinal devices today without mentioning the popularity of polyetheretherketone, the thermoplastic more commonly known as PEEK. It was originally ... Read More
2019.06.18 Plastics Joining—Do You Know Your Options? Take a process-neutral approach to solving plastics joining problems. 阅读更多
2019.06.12 Smooth or Textured: A Lesson in Biocompatibility Tissue response to an implanted device can be influenced by many factors. Read More
2019.04.30 Purified Fat Could Be an Alternative to Breast Implants Solana Beach, CA-based Puregraft has developed a technology that would use a person’s own fat for breast augmentation or restructuring. Read More
2019.04.24 Smooth or Textured: A Lesson in Biocompatibility Tissue response to an implanted device can be influenced by many factors. Read More
2019.02.20 It’s Time for New Medtech Materials—Could Academia Help? A specialist in implantable structures offers ideas on how to drive new materials development. Read More
2018.08.14 New Thinking Informs Soft-Material 3D Printing As 3D printing evolves, researchers have gone beyond mere fabrication processes to developing techniques for optimizing how particular materials can be printed. To that end, researchers at Carnegie Mellon University’s College of Engineering have developed a new approach to optimizing the 3D printing of soft materials. This approach combines expert judgment with an algorithm designed to search parameter combinations relevant for 3D printing, they said. Read More