NEWS
- Six Universities Awarded Minus K Negative-Stiffness Vibration Isolators 3 June, 2026Minus K Technology has awarded passive mechanical negative-stiffness low-frequency vibration isolators to six universities through its Educational Giveaway prrogram. The company has granted more than $125,000 of its patented, passive mechanical negative-stiffness low-frequency vibration isolators to U.S. universities since 2014.
- Trelleborg Expands Innovation Center 2 June, 2026Trelleborg Medical Solutions is breaking ground to expand its Innovation Center based in Delano, MN. The company says the site expansion will enable it to take on additional projects and accelerate the design and development cycle for customers. The Innovation Center move and expansion project are scheduled to be completed in spring of 2027. “We […]
- Precision in Practice: The Strategic Role of Contract Design & Manufacturing in Medical Device Innovation 31 May, 2026By partnering with a specialized contract manufacturer, medical device companies can achieve heightened operational efficiency, seamless production scaling, and enhanced technical reach. A well-executed partnership extends a firm's capabilities without the need to acquire costly internal expertise, leading to significant cost savings and accelerated growth in the development of complex medical systems.
- Technology 29 May, 2026May is National Stroke Awareness Month. What minimally invasive medical device, first approved in the United States in 2004, revolutionized treatment for certain ischemic strokes by physically removing blood clots from blocked brain arteries?
- Enlil Forms Strategic Alliance with OVA Solutions to Solve Medtech’s Costliest Documentation Problem 20 May, 2026Enlil, an AI-powered development traceability platform built for medical device and life sciences organizations, has formed a strategic alliance with OVA Solutions, a medical device R&D firm . The alliance is designed to address one of the most expensive and preventable problems in medtech: the gap between what engineering teams build and what their compliance […]
- Soft Robots Bend in Predictable Ways 20 May, 2026Soft robots made out of flexible, biocompatible materials are in high demand in industries including healthcare, but precisely designing and controlling such robots for specific purposes is a perennial challenge. What if you could 3D print a soft robot with predictable shape-morphing capabilities already built in?
- How Smart Implants and AI Robotics Could Transform Neurological Surgery 15 May, 2026Neurological implants are evolving from static hardware into intelligent platforms that can do far more than provide structural support. In this episode, we explore how NeuFluent is thinking about next-generation smart implants and AI-enhanced robotics — technologies designed to improve surgical precision, generate actionable data, and help physicians make better decisions before, during, and after […]
- How Tissue-Based Approaches Are Enabling Long-Term Implants 11 May, 2026For implants designed to perform over time, it’s not always about electronics or batteries — it’s also about biology. There’s a new category of medical devices on the horizon that integrate with and leverage the body’s own tissue to function more effectively, heal more naturally, and dramatically reduce or even eliminate the need for replacement […]
- A New Platform for Advanced Catheter Design: Performance Without PFAS 7 May, 2026As medical device design grows more complex and material expectations continue to evolve, manufacturers are beginning to seek new materials that deliver dependable performance while also enabling greater flexibility and long-term confidence. In this interview, Suresh Sainath, Chief Technology Officer at Zeus, and Jim O’Connell, Chief Commercial Officer, discuss Zeus’ new PFX™ platform: a forward-looking […]
- Hydrogels: The Future of Bone Implants 6 May, 2026Researchers have developed a novel hydrogel that is as soft as pudding and dissolves in the body over time. This material could one day be used for custom-made bone implants.
- Ultrasound as a New Wireless Power Transfer Technology 1 May, 2026With the increasing demand for underwater and implantable medical electronics, a stable and continuous power supply is essential. However, conventional wireless charging methods (such as electromagnetic induction and radio frequency-based charging) used in smartphones and wireless earphones suffer from short transmission distances, low energy transfer efficiency in biological tissues, and electromagnetic interference. To overcome these […]
- Adhesive Bonding of Plastics in Medical Device Applications 1 May, 2026Designing with plastics in medical devices isn’t straightforward. Surface energy, crystallinity, thermal expansion, and sterilization all require superior bond performance. This white paper explores how adhesives address these challenges, covering key material properties, adhesion theories, and critical design considerations like biocompatibility and chemical resistance. Gain the insight needed to optimize bonding and ensure reliability in […]
- Robotics 29 April, 2026What wearable robotic device became the first FDA-cleared exoskeleton approved for rehabilitation use in stroke patients?
- This Coil Spring Alternative Is Transforming Manufacturing 27 April, 2026As manufacturers push for smaller, lighter, and more efficient designs, traditional coil springs are increasingly limiting what is possible. This paper introduces an established yet often overlooked alternative that achieves comparable performance while dramatically reducing space constraints. By rethinking how compression force is generated and applied, engineers can unlock new design flexibility, streamline assemblies, and […]
- Adaptable Drug-Delivery Platform Accelerates Next-Gen Medicine 24 April, 2026An adaptable materials platform can safely and efficiently deliver a wide range of genetic medicines, a breakthrough that could accelerate the development of next‑generation vaccines, cancer treatments, and gene‑silencing drugs.
- Engineering Insights: Polyimide, PTFE & Reinforced Tubing for Next-Gen Devices 23 April, 2026Polyimide and composite medical tubing play a critical role in today’s minimally invasive device de signs, especially as OEM engineers demand tighter tolerances, more complex shaft architectures, and greater mechanical reliability. From reinforcement strategies to laser-machined performance zones, tubing selection has become a key engineering differentiator in next-generation catheter development. Check out this interview with […]
- How Motor Architecture Shapes Surgical Hand Tool Performance 21 April, 2026Motor architecture is one of the earliest—and most critical—engineering decisions in surgical hand tool design. From high torque orthopedic procedures to ultra high speed cranial applications, architecture choices directly influence torque stability, vibration, thermal behavior, and reliability. In this whitepaper, Portescap examines how slotted, slotless, brushless, and coreless motor architectures shape real world surgical tool […]
- How to Select a Threaded Insert for Your 3D Printed Assembly 15 April, 2026Selecting the right Threaded Insert for a 3D printed assembly is critical to achieving reliable performance. This White Paper explains how to evaluate material type, load requirements and installation methods as part of the selection process. It also compares Insert styles such as heat-set, press-in and self-tapping, and highlights key design factors including hole size, […]
- Demystifying IEC 60601: A Practical Guide for Understanding the IEC 60601 Family Standards 14 April, 2026This whitepaper demystifies the IEC 60601 family of medical electrical safety standards, explaining general, collateral, and particular requirements and how they impact global market access. It offers practical guidance on integrating compliance, risk management, and testing strategies early to streamline regulatory approval and accelerate time to market.
- Geometric Twist Boosts Power of Robotic Textiles 3 April, 2026By rethinking how thin metal threads are woven into a flexible textile, researchers have created a lightweight fabric capable of lifting over 400 times its own weight. The work advances the development of wearables that provide physical assistance without mechanical bulk.
