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Launching a medical device is just the beginning. At Medical Murray, we understand that once a product is in the hands of clinicians, new ideas for improvement often follow. That’s why we partner closely with our customers after launch to support design refinements, address real-world feedback, and enable smooth, compliant updates to commercialized devices. Why…

If the U.S. is a big part of your growth plan, where you make your device matters. Whether you’re developing robotic-assisted catheters, single-use scopes, or ablation catheters like pulse field ablation, many medtech companies are realizing it’s smarter and safer to manufacture closer to their customers. Tariffs, shipping delays, and regulatory headaches are just a…

Robotic-assisted surgery has changed what is possible in the operating room. These systems give surgeons better control, steadier hands, and access to areas of the body that are hard to reach. The technology is impressive and deserves the attention it gets. But even the best robot-assisted surgery system depends on the tools that do the…

At Medical Murray, we don’t just “work with” startups, we love startups. We’ve built our name on transforming early-stage concepts into breakthrough medical devices, particularly with complex catheters and transcatheter implants. Our entrepreneurial spirit fuels a close-knit, collaborative culture where new ideas flourish, and we move quickly from concepts to prototypes, and eventually to pilot…

If you are working on an intravascular catheter, there is one standard you need to be familiar with: ISO 10555. This international standard sets the bar for testing catheter performance and plays a key role in design verification and regulatory approval. At Medical Murray, we design and manufacture advanced catheters every day. Our testing capabilities…

In the world of minimally invasive medicine, precision is everything. Whether it’s a heart procedure, a delicate neurovascular intervention, or placing a stent in a complicated artery, the ability to navigate the body with pinpoint accuracy is crucial.   Steerable and deflectable catheters are game-changing technologies that have drastically improved the way doctors perform these…

Implantable medical devices are getting smaller, smarter, and more complex. Whether it’s neuromodulation implants, cardiac rhythm management (CRM) devices, or transcatheter implants and their delivery systems, precision is everything. That’s where micro insert molding is ideal for integrating miniature components into high-performance polymer implants. This advanced manufacturing technique enables the seamless encapsulation of tiny metal,…

Complex catheters are more than just flexible tubes. They are highly engineered tools designed to navigate the body’s most delicate pathways, deliver therapy, capture images, or deploy life-saving implants. Each section, from the soft tip to the handle, has a critical job to do. Getting it right demands a precise combination of expertise, equipment, and…

Ever wonder how medical device engineers transform a simple wire into a lifesaving, high-tech catheter or stent? The answer often lies in Nitinol, a nickel-titanium alloy that is loved for its shape memory and superelastic properties. In other words, bend it, flex it, even tie it in knots, and Nitinol will bounce back to its…

In our previous blog post, we highlighted key trends driving innovation in interventional medical devices. As these devices become more minimally invasive, digitally connected, and complex, Medical Murray strives to deliver practical, reliable solutions that help bring the next generation of devices to life. Here’s a look at how our team is equipped to tackle…