OUR CAPABILITIES
Our Capabilities
Specialist Electromagnetic Engineering Across Diverse Applications
At Magnet Methods, we apply decades of specialised experience to the design, simulation and analysis of magnetic systems. Our consultancy supports clients engaged in advanced product development, experimental research and system-level optimisation – where electromagnetic performance is critical to success.
Our work spans static and dynamic field systems, precision actuation, energy conversion and superconducting technologies. We operate at the intersection of theoretical modelling and practical implementation, delivering solutions that are analytically robust, mechanically viable and tailored to the specific constraints of each application.
With a portfolio that includes aerospace, medical, energy, automation and scientific instrumentation, we bring a systems-level perspective to every engagement. Our capabilities reflect the breadth of our technical knowledge and the depth of our experience in solving complex electromagnetic challenges.
Our Services
Capabilities Overview
Design and optimisation of high-homogeneity permanent magnet assemblies for NMR, wafer processing and beamline components in scientific and industrial environments.
Development of solenoids, rectilinear and rotary actuators with a strong emphasis on demanding specifications including dynamic response and force linearity.
Engineering of custom electromechanical machines with application-specific features such as low cogging, high rotational speed and low-inertia performance.
Design and development of resolver-based and magnetic tachometric systems for accurate position and velocity feedback in high-reliability motion control architectures.
Design and development of axial and radial field couplings with fluid isolation, hybrid torque transfer and motion interfaces for vacuum, pump and sealed-system applications.
Development of superconducting magnet systems and carbon fibre flywheel assemblies for high-efficiency energy storage and recovery in advanced power systems.
Design of high-energy magnetising fixtures and beamline components for semiconductor processing, ion implantation and magnetic material characterisation.
Structural and electromagnetic analysis of MRI and experimental magnet systems, including quench force modelling and gradiometer coil interaction studies.
LET’S COLLABORATE
If your project involves magnetic field design, system integration or performance optimisation, Magnet Methods offers the technical insight and engineering precision to support your objectives. From feasibility studies to detailed design, we provide consultancy that delivers measurable results.