
Industry & Technology News
The Engineer’s Guide to barbed connector selection: Part 1
Mussallem CHD Alliance launches 3D cardiac modeling collaboration
Steris expands in Costa Rica and the Netherlands
The 2026 Medtech Big 100 breaks $500 billion
Oura reports medical device development milestone with ISO 13485 certification
The most innovative medical devices of 2026
Passing the tape test doesn’t mean your coating is reliable
Freudenberg Medical has a new president of Molding & Assembly
Laser-cut nitinol and a layered design let these cardiac implants flex
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The 2026 Medtech Big 100 breaks $500 billion
Our authoritative ranking and analysis of the world’s largest medical device companies finds sales, R&D spending and employment on the upswing. By Managing Editor Jim Hammerand and Associate Editor Skyler Rivera The Medical Design & Outsourcing Medtech Big 100 ranking of the world’s largest medical device companies by revenue is bigger than ever, breaking the…
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Siemens Embedded Software for Medical Devices
Siemens Embedded Solutions address the challenge of developing medical devices through an integrated suite of software that includes: Proven operating systems and middleware Quick, easy, and secure cloud connectivity Comprehensive built-in security Best-in-class security vulnerability monitoring Pre-certified software components and quality artifacts that enable safety certification Professional services Sponsored content by Siemens
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Reactive xPEI polymer enables high-temperature SLS printing
NEWS RELEASE: New reactive polymer technology enables SLS printing of high-temperature amorphous components BlueSky Polymers, Insight Polymers and ALM join forces to produce an SLS-printable reactive polyetherimide (xPEI) that offers design and process flexibility for high-temperature, high-performance engineering parts. Kingsport, Tenn. — BlueSky Polymers, Insight Polymers and Advanced Laser Materials (ALM) have developed an amorphous, reactive…
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Johns Hopkins researchers develop miniature magnetic drug delivery robots to target infections at the site
Researchers at Johns Hopkins University created wireless magnetic miniature robots that travel through the body to deliver drugs to the heart and treat endocarditis in a minimally invasive procedure. “Infective endocarditis remains difficult to treat due to limited drug accumulation at infection sites via systemic delivery and reliance on invasive, high-risk surgery,” the researchers said…
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Johns Hopkins researchers develop miniature magnetic drug delivery robots to target infections at the site
Researchers at Johns Hopkins University created wireless magnetic miniature robots that travel through the body to deliver drugs to the heart and treat endocarditis in a minimally invasive procedure. “Infective endocarditis remains difficult to treat due to limited drug accumulation at infection sites via systemic delivery and reliance on invasive, high-risk surgery,” the researchers said…













































