3D magnetic field analysis
At Nakanishi Manufacturing, we use 3D magnetic field analysis through computer simulation to address our customers' diverse needs, such as when the magnetic force is not as expected or when it is too strong. This allows us to propose and design products tailored to specifications. As a result, we can estimate the magnetic force output, magnetic values, and adhesion strength at the design stage, enabling us to determine whether the design aligns with the customer's specifications. Additionally, knowing the approximate performance of the product during the design phase helps reduce the number of prototypes needed.
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basic information
At Nakanishi Manufacturing, we use three-dimensional magnetic field analysis through computer simulations to address our customers' diverse needs, such as when they are unable to achieve the desired magnetic force or when the magnetic force is too strong. This allows us to propose and design products tailored to specifications. As a result, we can estimate the magnetic force output, magnetic values, and adhesion strength at the design stage, enabling us to determine whether the design aligns with the customer's specifications. Additionally, knowing the approximate performance of the product during the design phase allows us to reduce the number of prototypes needed.
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Applications/Examples of results
[What can be done with design using 3D magnetic field analysis] - Design of magnetic circuits using magnets efficiently (coupling, magnet plates, permanent electromagnetic holders, design of magnet units for sputtering, etc.) - Presentation of magnetic field distribution values for magnets used in sensors, etc. We also accept design requests for other magnet-related projects and products.
Company information
Our company has a 40-year history as a pioneer in applied products using magnets. We have a proven track record from prototype development of catches and hinges to mass production, but our strength lies in our high technical capabilities that can accommodate OEM and prototype development. Notably, we can perform magnetic circuit optimization simulations through magnetic field analysis. These simulations enable us to shorten the lead time for prototype development and reduce costs. These technologies are applied in our sanitary products for the removal of magnetic foreign substances, such as wear powder in food manufacturing lines, and in our conveying equipment, Magneporter, which utilizes the characteristics of magnetic fields, as well as in all our products. Our technology is not limited to specific products; it is also applied in areas such as sputtering technology and brake systems, which are less visible. Therefore, we can provide not only product offerings but also services based on our technical capabilities.
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