Accelerating Medical Device Innovation: How Rapid Prototyping Enables Faster, Smarter Development In the highly competitive medical device industry, the pressure to innovate quickly and efficiently has never been greater. As healthcare demands evolve and regulatory scrutiny increases, the need to bring safe, effective products to market faster becomes critical. One of the most effective tools …
High-Performance Magnetics for Medical Applications: Advancing Healthcare with Precision and Innovation In the rapidly evolving field of medical technology, high-performance magnetics are revolutionizing diagnostic and therapeutic devices. From imaging equipment to life-saving implants, magnetic solutions play a crucial role in enhancing accuracy, efficiency, and reliability in modern healthcare. At Dexter Magnetic Technologies, we are …
Miniature Magnetic Solutions Ranging from Minimally Invasive Surgical Tools to Advanced Diagnostic Devices The trend toward miniaturization in medical devices has transformed healthcare, allowing for less invasive procedures, portable diagnostics, and implantable technologies. At Dexter Magnetic Technologies, we specialize in designing and manufacturing miniature magnets that enable this Our magnetic solutions are crucial in applications …
In the ever-evolving landscape of medical technology, magnetic implantable devices are paving the way for revolutionary advancements in patient care. From enhancing treatment precision to improving patient outcomes, these devices offer a glimpse into the future of healthcare. Let’s delve into the innovations driving this transformative field and explore some compelling applications. Hermetic Sealing: Ensuring …
Magnetic Couplings in Medical Device Applications Magnetic couplings serve as a cornerstone in various medical sectors, providing efficient torque transmission sans direct mechanical contact. Their adaptability and precision make them indispensable across modern medical engineering applications. Types of Magnetic Couplings: Permanent Magnet Synchronous Couplings (PMSC): These couplings redefine mechanical power transmission by enabling efficient torque …
The Secret to Long-Lasting Medical Implants: Hermetic Sealing Medical implants that incorporate magnets require specialized hermetic seals to ensure safety and longevity, but what exactly is hermetic sealing, and why is it so important? A hermetic seal creates a fully enclosed barrier that prevents the passage of gases, fluids, or particles. This protects sensitive internal …
Medical device engineers often face significant challenges when designing and manufacturing devices that incorporate magnets. At Dexter Magnetic Technologies, we understand the unique pain points of working with magnets in medical devices. With over 65 years of experience, we offer customized magnetic solutions to meet your specific device requirements. Our team of experts provides comprehensive …
How to Choose the Right Magnet for Your Medical Application Magnets play an integral role in many types of medical devices. However, for medical device manufacturers to truly integrate magnets into their application, special consideration must be awarded to the type of magnets chosen. In this article, Dexter Magnetic Technologies aims to shed …
From Prototype To Production: How Dexter Helps Optimize Medical Magnets for Ventricular Assist Device Manufacturing Due to the fast pace and precision of development, medical device manufacturers are specifying biocompatible magnetic materials and medical magnets to be precisely machined in shorter development cycles than ever before. However, the process is rarely free from unique obstacles …
Medical magnets and manufacturing medical devices require expert consideration of the selection of the appropriate grade of magnetic material, method of biocompatible encapsulation, and manufacturing processes that include high-quality, precision machining. However, as medical device manufacturers work to integrate magnetics and precision machining considerations into bringing their medical device vision to life, technology and engineering …
