BMC Series - Industrial Range
The BMC Series is our standard range of industrial magnetisers, originally designed to meet the higher energy demands of the some of the more complex industrial applications. It has a modular construction which allows these magnetisers to be supplied with a wide range of energy levels with different voltage and capacitance configurations depending on the application, and with multiple magnetising fixture outputs. They are PLC controlled and can be interfaced with customers own production systems. These magnetisers are suitable for most industrial applications from simple 2 pole fixtures to high energy multi-pole magnetisation such as flywheels, permanent magnet rotors or traction motors
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Other Products and Services from Magnet Applications
Grain Boundary Diffused Magnets
Grain Boundary Diffused (GBD) Neodymium magnets are the most powerful magnets currently available. They are the premium choice for maximum performance.
Grain Boundary Diffused magnets employ a secondary manufacturing process to concentrate the Heavy Rare Earth Element Dysprosium into the grain boundaries of the magnet microstructure, hence the name. This not only nets a performance increase but uses less Dysprosium making them more price stable than traditional method magnets.
All GBD Neodymium NdFeB is REACH and ROHS compliant and does not contain SVHC’s whilst licensed grades are produced to ISO9001 and ISO14001 Quality Control Standards. Certificates of Conformity, MSDS and PPAP’s can be supplied on request.
GBD Neodymium grades exist with the maximum recommended temperature ratings - from +60°C up to +230 °C but these ratings are GUIDELINE values only. The actual maximum temperature rating depends on the shape of the magnet and the design of the application. GBD magnets are limited in thickness to 8mm, and certain grades are not available with some magnet geometries.
Please contact us for the highest available grade in your magnet design.
Grain Boundary Diffused magnets employ a secondary manufacturing process to concentrate the Heavy Rare Earth Element Dysprosium into the grain boundaries of the magnet microstructure, hence the name. This not only nets a performance increase but uses less Dysprosium making them more price stable than traditional method magnets.
All GBD Neodymium NdFeB is REACH and ROHS compliant and does not contain SVHC’s whilst licensed grades are produced to ISO9001 and ISO14001 Quality Control Standards. Certificates of Conformity, MSDS and PPAP’s can be supplied on request.
GBD Neodymium grades exist with the maximum recommended temperature ratings - from +60°C up to +230 °C but these ratings are GUIDELINE values only. The actual maximum temperature rating depends on the shape of the magnet and the design of the application. GBD magnets are limited in thickness to 8mm, and certain grades are not available with some magnet geometries.
Please contact us for the highest available grade in your magnet design.
BMCL Series− Laboratory/Volume Small Part Production
The BMCL Series is ideally suited for laboratories or small-part production. They have a workbench area on top of the unit where the fixtures are placed for operation and either hard wired in for permanent installations or connected by quick release plugs for environments where many different fixtures may be used. They can be fitted with a standard push button control panel or with an HMI Interface if preferred.
Standard safety interlocks prevent fixtures from being operated when over temperature.
For situations where multiple magnetizing fixtures may be used, additional safety interlocks are recommended. The process of setting individual fixture parameters can be automated such that all the operating parameters are stored in the fixture control plug, which once connected to the magnetizer, automatically sets the machine ready for production. This prevents fixtures from ever being operated at too high a voltage or when over temperature which could damage the magnetizing fixture.
These magnetizers are particular suitable for magnetizing small multipole magnets up to diameters of approximately 50mm, fine pole pitch magnetisation, and more general 2 pole magnetization of most permanent magnet materials including rare earths.
Standard safety interlocks prevent fixtures from being operated when over temperature.
For situations where multiple magnetizing fixtures may be used, additional safety interlocks are recommended. The process of setting individual fixture parameters can be automated such that all the operating parameters are stored in the fixture control plug, which once connected to the magnetizer, automatically sets the machine ready for production. This prevents fixtures from ever being operated at too high a voltage or when over temperature which could damage the magnetizing fixture.
These magnetizers are particular suitable for magnetizing small multipole magnets up to diameters of approximately 50mm, fine pole pitch magnetisation, and more general 2 pole magnetization of most permanent magnet materials including rare earths.
Textile Metal Detectors
Textile Metal Separators are designed to pick up, detect and then reject any kind of metal from a textile system. These detectors are commonly used for film or web based applications. The profiLINE is a flat coil metal detector and is designed to keep the quality high in goods such as films and non-woven textiles. These detectors help to protect calendar rollers as well as remove needles from film.
Magnet Applications
Northbridge Road, Berkhamsted, Hertfordshire, HP4 1EH, United Kingdom
Magnet Applications specialises in the creation and production of magnets, magnet assemblies, and magnetisers. Located in Berkhamsted, UK, it operates under the umbrella of the Bunting Group, a prominent global supplier for over six decades, with manufacturing facilities worldwide. What sets Magnet Applications apart is its dual role as both a designer and provider of magnets, magnet assemblies, and magnetisers, making it a standout in the industry.