Magnetising Tooling
& Magnetic Assemblies
High-Energy Magnetic Systems and Component Design for Semiconductor and Materials Applications
At Magnet Methods, we provide specialist expertise in the design of permanent magnet assemblies, and the high energy pulse magnetising fixtures used to magnetise them post-assembly. Our work supports manufacturing production processes where post-assembly magnetisation can reduce costs, improve reliability and reduce the risks associated with handling individual powerful magnets.
Our engineering approach integrates pulsed power dynamics, magnetic field, stress and thermal modelling to deliver magnetising tooling designs capable of operating under extreme conditions. These systems are developed in collaboration with industry partners and tailored to meet specific requirements from producing one-off prototypes to high throughput, high reliability production environments.
Let’s Engineer Your Magnetic Process Solution
If your project involves high-energy magnetising, beamline component design or electromagnetic process optimisation, Magnet Methods offers the technical depth and engineering rigour to support your objectives. From concept development to system integration, we deliver solutions that meet the most demanding operational requirements.
Our capabilities
Technical Domains of Expertise
Pulse Magnetising System Design: Engineering of magnetising fixtures for high-coercivity materials, incorporating pulse shaping, coil geometry optimisation, thermal and stress management strategies.
Collaborative Development with Magnet Applications: Integration of magnetic and mechanical designs with Magnet Applications magnetisers to achieve consistent magnetisation profiles across complex geometries and high production volumes.
Fixture and Process Validation: Simulation-led analysis of magnetic field distribution and magnetic/thermal stress under pulsed excitation, ensuring repeatable performance effective heat transfer and tooling longevity.
Designing for Post Assembly Magnetisation: Supporting both product development and manufacturing activities with guidance on the feasibility of post-assembly magnetisation.
Development of machines incorporating magnet assemblies and multipole permanent magnets.
Providing guidance on the measurement of magnet properties and generating goods inwards style test procedures for individual magnets and magnet assemblies.
These systems are deployed in semiconductor fabrication, materials research and high-energy physics facilities where electromagnetic performance and mechanical reliability are critical.