As the medical device industry continues to expand, intellectual property (IP) considerations — especially those concerning ...

Thermoplastics revolutionized medical technology by replacing glass with flexible PVC. Learn how their versatility supports ...

Thin film extrusion technologies are transforming medical device innovation by enabling flexible and durable components.

Enhancing catheter visibility under fluoroscopy, custom radiopaque filler blends improve imaging clarity without compromising polymer strength. Learn how this is crucial for accurate device placement.

Explore the practical advantages that position Brazil at the forefront of medical device clinical trials in the region.

There’s a distinct need to create wearables that interweave seamlessly into an individual’s lifestyle, encouraging adherence and gathering long-term, accurate diagnostic data.

Brazil is experiencing a regulatory revolution that is fundamentally transforming its medical device clinical trial landscape ...

Discover how medical device manufacturers are leveraging advanced techniques like thermoforming and dip molding to create customizable low-pressure balloons that enhance reliability and compliance.

<p>Polymer physics and mechanical engineering principles contribute significantly to the advancement of percutaneous transluminal coronary angioplasty (PTCA) and balloon catheter expansion. This ...

In the pharma/biotech and medical device industries, the audit trail is important to have for accountability, data integrity, ...

Micro molding enables scalable, high-precision production of micro-optics for medical, telecom, and AR applications. Accumold ...

The FDA has issued new guidelines to enhance cybersecurity in medical devices amidst the rise of IoT, IoMT, and connected devices.