Application Solutions
Understanding magnetic materials and their applications is the foundation of our business. Experience, intuition and the latest software modeling tools enable our engineers to optimize designs and to determine performance characteristics prior to cutting magnets or assembling systems. We've developed proprietary 3-D magnetic field mapping systems and algorithms that permit the accurate mapping of the components of magnetic vectors at specific points within a volume. This empirical data is then compared with our model to ensure predicted performance. Our long history of validated designs for a wide array of applications lets us propose a solution tailored to your needs.
The ever more sophisticated requirements of science and industry have fueled continuous material science advances. These advanced materials, and enabling technologies, open the door to exciting new magnet developments, applications and requirements. This symbiotic relationship has ensured end users a wide choice of permanent magnet materials. To choose wisely, many factors must be considered when selecting a permanent magnet material for an application. Factors such as operating temperature, demagnetizing effects, environmental characteristics and available space all need to be considered; and the decisions can seem overwhelming. As daunting as this may seem, achieving an optimized, integrated magnetic circuit design is of primary importance.
At Dexter, we listen closely to you describe your needs and provide a detailed recommendation for your particular application. Why use premium Sm-Co materials, if a ceramic magnet will do? Our goal is to provide you with the best solution for your application, period. Our extensive material inventory and technical expertise will get your there and reduce your time to market. You might even be surprised at how economic an improved design can be.
For further inquiries, please e-mail us at info@dextermag.com -or- call us at: 800-345-4082 (In North America) or +44 (0) 1189 602430 (In Europe).
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