A magnetic components is a component performing certain function on basis of active magnetic field. Magnetic components are vital components of the majority of electro-mechanical machines and electronic devices with their selection having strong impact on the performance, geommetry, size, and last but not least price of the sub-system they are built into.
Tehnological
Manufacture of magnetic components of NdFeB, hard-ferrite and mix of NdFeB and hard-ferrite by means of compressed moulding and injection moulding
Development and manufacture of compounds for injection moulding of magnets
Manufacture of soft-magnet cores by means of compressed moulding and injection moulding
Optimization of electronic and magnetic sub-systems
State-of-art development and production equipment
Highly professional and experienced personnel in the field of magnetism
Certified management systems ( ISO 9001, )
Cooperation with customers in development projects
Reliable partner
Ensured short time from an idea to the actual product
Veriety of magnetic materials
Technology of composites
Integral solutions
Different production locations
Vertical integration in the group from raw material to products
Wide supplier net for strategic raw materials
Developmental partner with most of the customers
Production flexibility (small- and large-series production)
Organizational
Highly professional and experienced personnel in the field of magnetism
Certified management systems ( ISO 9001, )
Cooperation with customers in development projects
Reliable partner
Advantages
Ensured short time from an idea to the actual product
Veriety of magnetic materials
Technology of composites
Integral solutions
Different production locations
Vertical integration in the group from raw material to products
Wide supplier net for strategic raw materials
Developmental partner with most of the customers
Production flexibility (small- and large-series production)
Solutions
Combinations of magnetic material and geommetry approved under various combinations of physical parameters (time, T, pressure, concentration)
Geommetry and strength of a magnetic field defined during injection moulding
Simulation calculation as to magnetic systems
Tool construction
Measuring of magnetic properties
Testing of the magnetic material
Customer support from an idea to post-marketing activities
Applications
Rotors
Rotors are one of three vital components of a brushless motors. With the use of permanent magnets deliver continuous magnetic field, which in interaction with the field of stator coils and suitable controller enable optimal continuous operation. Customized Magnet Rotor Component
Material choices for rotor applications include variety of sintered or polymer bonded magnets covering a range of materials such as Ferrite, Nd-Fe-B, Sm-Co or Sm-Fe-N. Depending on requirements variety of magnetisation paterns covering bi or multipolar topologies are feasible.
Sensor magnets
In automotive and industrial applications permanent magnets in connection with sensor electronics serve as an information provider with reference to position, level, linear or rotational movement, proximity, frequency and many others.
These informations are in the sensoric systems processed to physical values of flow (solid, liquid, gas), speed of rotation or linear shift, torque, angle and many others.
Depending on requirements a range of magnetic materials (Ferrite or Rare-Earth based) and manufacturing technologies including injection and compression moulding, sintering, over and insert moulding or glue-bonding are available.
Inductive components
Stators
Stator is one of the key components of BL motor. In connection with controller, it generates a changing magnetic field in the motor and, in interaction with rotor, enables its rotation and torque transmission to the shaft. With different topologies and winding schemes, it enables motor optimization and operation adapted to a specific operating point.
Technologies
Injection molded rare earth magnets
Compression molded rare earth magnets
Sintered rare earth magnets
Injection molded ferrites
Injection-multicomponents
Rotors with glued magnets
Overmolded rotors
Sintered ferrite cores
Wound components
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