Industry & Technology News
J&J EP leader Michael Bodner offers a PFA program update
The pitch: AcQumen Medical’s noninvasive hemodynamic monitoring
How device innovators can make the most of FDA’s TAP accelerator
Developing Low-Pressure Balloons for Vascular Procedures
Guardant’s colorectal cancer blood test wins most innovative medtech of 2026
Four medical device engineering challenges that electrically conductive plastics can solve
Teknor Apex hires new CTO
How BD developed noninvasive monitoring with tech made for space
Lubrizol launches soft TPU for interventional medical devices
Sponsored Content See More >
Developing Low-Pressure Balloons for Vascular ProceduresBy Sunil Inamdar, VP of Design Services and Engineering, Solesis Medical device delivery systems must navigate complex anatomy while supporting…
Designing Vascular Access Sheaths for Complex InterventionsBy Sunil Inamdar, VP of Design Services and Engineering, Solesis As catheter-based interventions become more complex, the sheath can no…
How to Secure a Medical Device You Can’t PatchBy Joseph M. Saunders, Founder and CEO, RunSafe Security A medical device cleared today may stay in clinical service for…
Beyond real-time vitals: Enabling long-term biomarker measurement in wearable optical sensingBy Stephan Haslbeck, Product & Marketing Manager, ams OSRAM Modern wearables have become increasingly sophisticated in capturing real-time physiological data,…
What’s new in Thermoplastic Polyurethanes How ChronoFlex™ S delivers softness and strength for implantable medical devicesThermoplastic polyurethanes (TPUs) are an attractive material choice for implantable medical devices that require strength, softness, and processability. Unlike silicone,…
The Quiet Revolution in Battery Technology That’s Powering Your Next Artificial HeartBy Tyler Jacob, Marketing Manager Let’s cut through the noise: the future of medical and robotics innovation isn’t in flashy…
The 2026 MDO Medtech Startups Special ReportI’ll admit it. We’ve got a soft spot for startups at Medical Design & Outsourcing. Medical device startups put it…
maxon expands high-torque, high-speed BLDC motor rangeBy maxon The new 22mm diameter BLDC motor in maxon’s ECX PRIME series increases nominal torque to 69.1mNm with high-speed…
Pull Wires, Push Limits: Engineering Precision into Catheter NavigationOverview Designing and manufacturing precision steerable catheters for complex anatomies requires smart catheter design. Precision engineering plays a key role…
Optimizing Motion Systems for the High-Precision, High-Throughput Laser Cutting of Cylindrical Medical ProductsBy Brian Fink, Product Manager, Aerotech Optimizing motion systems to transform cylindrical tube stock into life-saving medical devices can be…
Your Trusted Medical Sealing PartnersBy John Tranquilli, Materials Manager Since 1971, Apple Rubber has been at the forefront of tackling the world’s most challenging…
Trusted Medical Industry PartnersAt Apple Rubber, we understand the medical industry’s need for precision, dependability, and adherence to the highest of standards. When…
Medical Device Business See More >
The first-of-its-kind Autus pediatric heart valve is designed for expansion and durability
The Autus size-adjustable heart valve is designed to grow with pediatric patients into adolescence and possibly beyond. The valve reduces the need for repeat open-heart surgeries in children with congenital pulmonary valve disease. After the valve is implanted via open-heart surgery, it can later be expanded with a minimally invasive transcatheter procedure that widens the…
Siemens Connected Care and Embedded Software Solutions See More >
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
3D Printing See More >
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…
Medical Device Applications See More >
The first-of-its-kind Autus pediatric heart valve is designed for expansion and durability
The Autus size-adjustable heart valve is designed to grow with pediatric patients into adolescence and possibly beyond. The valve reduces the need for repeat open-heart surgeries in children with congenital pulmonary valve disease. After the valve is implanted via open-heart surgery, it can later be expanded with a minimally invasive transcatheter procedure that widens the…
J&J EP leader Michael Bodner offers a PFA program update
Guardant’s colorectal cancer blood test wins most innovative medtech of 2026
MIT researchers design implantable ultrasound-powered drug delivery device to minimize tumor recurrence
Teleflex Interventional leader sees resorbables as ‘the next frontier’ of PCI
Medical Device Technologies See More >
The first-of-its-kind Autus pediatric heart valve is designed for expansion and durability
The Autus size-adjustable heart valve is designed to grow with pediatric patients into adolescence and possibly beyond. The valve reduces the need for repeat open-heart surgeries in children with congenital pulmonary valve disease. After the valve is implanted via open-heart surgery, it can later be expanded with a minimally invasive transcatheter procedure that widens the…
How BD developed noninvasive monitoring with tech made for space
MIT researchers design implantable ultrasound-powered drug delivery device to minimize tumor recurrence
Johns Hopkins researchers develop miniature magnetic drug delivery robots to target infections at the site
