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Magnetostatic Design
Magnets are widely used in industry, medical, scientific instruments and electrical equipment, and are essential tools for scientific research and electromagnetic devices. Numerical methods for magnetic field analysis combined with mathematical optimization from the practical applications of magnets have been widely studied in recent years. Instead of using traditional "trial and error" methods, our team and engineers study these numerical methods for complex magnet structure design.
For the cost-effective design of a system, careful consideration of thermal management is required. Inadequate design of a system can cause overheating or even system failure. Finding an optimized solution requires a deep understanding of how to estimate the operating temperature of a device and how the heat generated by the given components affects neighboring components and devices. With our knowledge in materials science, a large part of this problem is eliminated at the mechanical design stage.
Mechanical and Thermal Design
Materials Science Solutions
Many of the most pressing scientific problems humans are currently facing stem from the limitations of available materials and how they are used. Therefore, breakthroughs in materials science are likely to significantly impact the future of technology. We offer special solutions to customers with our material library.
