Trends & Takeaways - MD&M Minneapolis 2024
At Saint-Gobain Medical, we are always interested in the latest industry trends and innovations. Here’s a glimpse into what we saw at the MD&M Minneapolis trade show.
The show highlighted exciting trends shaping the future of medical device manufacturing. Key developments included PFAS-free materials, sensor technology, and 3D-printed materials. There was an increased focus on sustainability, automation, and AI-driven advancements. New regulatory challenges, like the QMSR, and evolving sterilization methods are also shifting industry requirements.
Cardiovascular innovations
3D Printing: The future of manufacturing
The continued growth in this technology is redefining manufacturing processes across the board. We saw demonstrations of how 3D printing is used to create complex medical devices with unprecedented precision and customization. This technology is not only speeding up production times but also reducing costs, making it a game-changer for the industry.
Robotics and automation
Medical device components
There were a range of new materials and technologies that promise to enhance the performance and durability of medical devices.
At Saint-Gobain Medical, our capabilities align perfectly with current industry needs. Our expertise in Custom Medical Filtration solutions ensures high-performance contaminant management, which is critical for safety in complex applications.
Our Minimally Invasive Delivery Systems leverage precision extrusion and molding techniques to meet stringent standards, supporting smaller, more sustainable medical device development.
We continue to push the boundaries of what’s possible in medical device manufacturing, utilizing our deep knowledge and experience in Precision Medical Extrusion and Silicone Medical Molding to address the requirements for complex geometries and the demand for innovative, low-friction materials.
Ready to launch your next innovation?
Learn about Saint Gobain Medical’s expert takeaways and discoveries from Compamed 2024
Comparing injection molding to 3D printing for silicone components
