Insights Hub

Scaling precision in custom dipole magnet design. A case study detailing success from the first iteration and a patent winning design.

Learn what a magnetic dipole assembly is, the importance of magnetic field uniformity and magnetic field parallelism, and industrial applications.

Redesigning a magneto ignition system to work at high altitude and outperform the existing Top Fuel dragster field and earn a patent.

In simple terms, a magneto is a self-contained electrical generator that uses permanent magnets to produce periodic pulses of alternating current. While it sounds a bit "steampunk", it’s a brilliant piece of engineering because it doesn't require a battery to start or run an engine. Click to read more.

How we redesigned a magnetic assembly to be hermetically sealed, meet or exceed the same torque, and fit in within a pre-existing footprint.

Hydrogen Decrepitation - how hydrogen can cause NdFeB magnets to fail, and also how hydrogen helps recycle them.

​ In this space, we will share accessible Technical Guides on concepts like dipoles and magnetos as well as material grades like Neodymium and SmCo; Solutions in Action from our custom assembly projects, and Industry Perspectives on the future of rare-earth sourcing and sustainable manufacturing. Whether you are optimizing a high-temp sensor or designing a next-generation EV motor, you’ll find the data-driven insights needed to move from concept to production with precision.

This is an introduction to a series of explainer pieces around complex magnetic concepts.