We leave this question to goudsmit magnet expert Marc Teeuwen (Marc Teeuwen). He explains: "Companies approach us with questions about integrating magnets into new or existing products. These magnets work together with sensors to ensure the effective operation of countless devices."For example, consider automotive navigation and telephone control units, or the control knobs on ovens and microwaves. Magnets are also used in high-tech applications, such as for high-speed position determination in linear drives."

goudsmit magnet calculation

Marc says: 'Precisely determining which magnet is suitable for a product and what its final power will be is difficult. Goudsmit experts can perform magnet calculations. When you have to do it yourself, finding the right magnet takes a lot of time. You search for suppliers, first request samples, then test, adjust, reject, and search again.

Before you know it, several months have passed. Especially when developing new products, you simply do not have that time. In the meantime, your competitors will catch up with you, or production will stall for months. This is every manufacturer's nightmare.'

Knowledge is power

Marc continues: "Once we have a clear definition of the customer's problem and all data is known, our staff can begin working based on a predetermined step-by-step plan. This is the capability of detailed magnet calculation. We determine which magnet will make your sensor/drive/product operate as required. Ultimately, this must also be tested in practice, but by then, you are 95% certain that you have the right solution. This takes less time and therefore costs less."

Furthermore, partly due to magnet measurements, we can simulate the solution and use theory as its basis. Moreover, the quality control we perform ensures that you purchase a fully functional product. The fact that we are an IATF16949 and AS9120 certified company demonstrates our commitment to quality.'

goudsmit magnetsApplications

'To ensure that a magnet works at a certain distance, knowing the flux density alone is not enough. The exact magnet values depend on many factors. For example, horizontal or vertical mounting orientation and the thickness of the steel used. Also, whether there are any magnetic materials nearby that might attenuate part of the magnetic field. And there is distance – is it fixed or does it vary within a few millimeters?

Through our magnet calculations, we can ensure that you have the right goudsmit magnet for the correct application!'

goudsmit magnet introduction

goudsmit permanent magnetic chucks, also known as magnetic chucks, are magnetic fixtures widely used in machining fields such as machinery plants and mold factories, significantly improving the clamping efficiency of ferromagnetic steel materials. The permanent magnetic chuck uses high-performance rare-earth neodymium iron boron (N>40) as its core. By turning the chuck handle manually,magnetthe internal neodymium iron boron magnetic force system of the chuck is adjusted to achieve holding or releasing of the workpiece being processed. goudsmitmagnetThe chuck is designed based on the principle of continuity of magnetic flux and the superposition principle of magnetic fields.magnetThe magnetic circuit of the chuck is designed with multiple magnetic systems. Through the relative motion of these magnetic systems, the magnetic field strength on the working pole face is either added or canceled, thereby achieving the purpose of holding and unloading.