Blog

Covered stents, stent-grafts, and valved frames are at the center of today’s most advanced interventional and structural heart therapies. These devices pair precise metallic scaffolds with the performance of engineered polymer coverings, to repair, reinforce, or replace vessels and ducts in high-risk cardiovascular, endovascular, and non-vascular procedures. From EVAR and TEVAR systems to tricuspid valves,…

Women’s health is finally getting the innovation it deserves, with investment shifting from apps and wellness to advanced medical devices that solve long-standing clinical problems. For companies experienced in catheters, implants, and interventional systems, the next generation of women’s health devices will rely on material science, manufacturing control, and miniaturized mechanics to make care safer,…

California has long been a hub of medtech innovation. Many of the world’s best ideas, technologies, and companies were born there. But as organizations move from R&D to large-scale manufacturing, many are expanding beyond California, and Illinois has emerged as a compelling destination. 1. Cost Advantages 2. Logistics & Distribution 3. Skilled Workforce 4. Central…

Embolic filters protect patients from harmful debris (emboli) that can travel through the bloodstream during or after medical procedures. These devices are designed to capture clots, plaque, or calcific particles before they can reach critical organs such as the brain, heart, or lungs. Types of Embolic Filters Single-Use Filters Implantable Filters Use: Temporary use during…

When people hear “ISO 13485 certified,” they often think of it as a stamp of approval or a box to check for audits. But it’s much more than that. ISO 13485 sets the foundation for building medical devices that are safe, consistent, and ready to grow from early prototypes to large-scale manufacturing. At Medical Murray,…

For many next-generation minimally invasive devices, braided catheter shafts are at the heart of performance. The way a catheter bends, rotates, and resists kinking inside the body isn’t random. It’s the result of very deliberate design and manufacturing choices. At Medical Murray, we work with engineers and device developers to fine-tune braiding techniques that help…

Imaging catheters are critical tools in modern medicine, enabling physicians to see inside the body with high precision. These medical devices integrate advanced optics, electronics, and catheter engineering to provide real-time visualization and guidance during diagnostic and interventional procedures. Applications span cardiology, neurology, gastroenterology, urology, and more. At Medical Murray, we have experience supporting the…

When developing implantable medical devices for soft tissue applications (vascular, gastrointestinal, urology, and more), one of the earliest and most critical decisions is selecting the right polymer material. The polymer you choose directly impacts biocompatibility, mechanical performance, and even regulatory approval timelines. And in many designs, the polymer needs to work in tandem with metallic…

When you’re developing a complex medical device, especially a Class III product, testing should be part of the process from the very beginning, not something you scramble to do at the end. At Medical Murray, we believe good testing isn’t just about passing requirements. It’s about building a better, safer, and more reliable product that’s…

Startups love prototypes. They’re tangible, testable, and exciting. But if you want to commercialize a Class II or Class III medical device, the physical product is only half the story. The other half? Telling the FDA why the device is safe and effective. That story is captured in your Design History File (DHF), the structured…