Industry & Technology News
Implants 3D-printed in space could enable nerve regeneration
How much do engineers make? Our 2025 Engineering Salary Survey is available now
Trelleborg Medical Solutions launches toolmaker apprenticeship program ahead of expansion
MIT researchers design Elderly Bodily Assistance Robot
AdvaMed seeks closer medtech ties with top trading partners
Kablooe Design CEO Tom KraMer taps veteran designer Fred Sklenar to steer firm
This microrobot system is designed to float inside a stroke patient for autonomous thrombectomy
Resonetics buys nitinol gun drilling assets from Medical Component Specialists
What is nitinol and where is it used?
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Developing the Right Low-pressure Balloons for Medical Device ApplicationsBy Sunil Inamdar, Vice President of Technical Development, Polyzen Specialized, custom-shaped low-pressure balloons are commonly used in gastrointestinal, cardiovascular, and/or…
Demonstrating 28-Day Wear Time for Medical Wearable Device ApplicationsBy Miguel Solivan, Marketing Manager, Avery Dennison Medical Medical wearable devices, such as continuous glucose monitors (CGMs), insulin pumps, drug…
Minimizing Leaks through Technical Partnership: Invio Automation and UsonSponsored by Invio. Everything leaks. This is the unfortunate reality of any container carrying liquid or gas. The challenge is…
Laser Component Quotes in 24 hours, Prototypes in 2 weeks!Leverage VitalPath’s in-house laser capabilities to get prototypes FAST, including laser marking, tube cutting, welding, ablation, laser machining and more…
Powering Nitinol production for medical devicesWhat began as a Nitinol processing service more than 30 years ago has transformed into a fully integrated Nitinol production…
Reducing the Life Cycle Cost of ValidationValidation is a necessary step toward ensuring quality for the life of a medical device. As experts in injection molding…
Precision Machining for Complex GeometriesBy Shawn Murphy, Director of Advanced Technology, Hobson & Motzer, LLC, a Vantedge Medical Company In today’s dynamic medical device…
Innovations in micro molding for medical device miniaturizationPartner content with Isometric Micro Molding. Miniaturization is on the rise in the medical device industry. The global surgical robots…
Get recognized for your commitment to accuracy. Get validated.When physicians and patients are looking for a BP device they can trust, stand out for your commitment to providing…
Skin factors and body placement: Performance and comfort for the end userBy Miguel Solivan, Marketing Manager, Avery Dennison Medical There are many factors we consider when designing medical adhesives, like how…
SMALL BUT MIGHTY: Miniaturizing Medical Devices with Titanium Injection MoldingWhile many complex parts are great MIM candidates, the process is especially suited to small and micro-scale parts. As parts…
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…
Medical Device Business See More >
How much do engineers make? Our 2025 Engineering Salary Survey is available now
Medical Design & Outsourcing, Engineering.com and our fellow WTWH Media engineering brands have produced a comprehensive salary survey that shines a light on what today’s engineers are really earning. Spanning disciplines from medical to mechanical to aerospace and covering professionals in the U.S. and Canada, this inaugural study sets the stage for a better understanding…
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 >
Implants 3D-printed in space could enable nerve regeneration
After 3D printing implantable medical devices aboard the International Space Station, Auxilium Biotechnologies has enrolled the first patient in a clinical trial of its technology for nerve regeneration. San Diego-based Auxilium Biotechnologies designed the investigational NeuroSpan Bridge device to accelerate nerve regeneration and nerve targeting after debilitating nerve injuries to extremities. About 3% of civilian…
Medical Device Applications See More >
Implants 3D-printed in space could enable nerve regeneration
After 3D printing implantable medical devices aboard the International Space Station, Auxilium Biotechnologies has enrolled the first patient in a clinical trial of its technology for nerve regeneration. San Diego-based Auxilium Biotechnologies designed the investigational NeuroSpan Bridge device to accelerate nerve regeneration and nerve targeting after debilitating nerve injuries to extremities. About 3% of civilian…
Medical Device Technologies See More >
Implants 3D-printed in space could enable nerve regeneration
After 3D printing implantable medical devices aboard the International Space Station, Auxilium Biotechnologies has enrolled the first patient in a clinical trial of its technology for nerve regeneration. San Diego-based Auxilium Biotechnologies designed the investigational NeuroSpan Bridge device to accelerate nerve regeneration and nerve targeting after debilitating nerve injuries to extremities. About 3% of civilian…
Micrometal owner Wickeder buys Thin Metal Parts, rebrands as Micro Component Group
Superior Sensor Technology expands CP series with advanced dual pressure sensors
Resonetics builds end-to-end nitinol capabilities: Here’s why that matters
