Bunting's high-intensity Electromagnetic Dry Filter removes fine iron from powders using ultra-strong magnetic fields, improving separation efficiency in mineral processing, chemicals, pharmaceuticals, ceramics, and recycling.

Bunting’s BMCL5030 magnetiser improves the precision and efficiency of neodymium magnet charging in vacuum cleaner assemblies, offering automated fixture control and advanced cooling for high-volume production.

Bunting’s BMC150/LGC industrial magnetiser enables a European manufacturer to produce over 100,000 ferrite loudspeaker magnets annually, enhancing efficiency and meeting evolving speaker technology requirements.

Bunting and Smiley Monroe unveil a durable ToughFlex belt for Overband Magnets, offering improved metal separation efficiency and reduced maintenance for demanding industrial applications.

Bunting has designed and built a bespoke industrial magnetiser for an automotive electric vehicle application. The latest industrial magnetiser magnetises a permanent magnet rotor assembly for a high-end automotive traction motor.

Bunting has created three designs of Permanent Crossbelt Overband Magnet with varying magnetic polarity for various applications, including mining, quarrying, recycling, and wood, to separate ferrous metal from non-magnetic material.

Bunting launches the YXG-35H grade of Samarium Cobalt (SmCo), the most energy-dense and high-performance magnet in the range.

The latest ATEX 22 rated Electro Overband Magnet, designed and built by Bunting, is destined for installation in a UK biomass plant.

The Neath Port Talbot materials recycling facility (MRF) in South Wales, UK was designed and installed by Ken Mills Engineering (KME). The plant includes metal separation equipment designed and built by Bunting-Redditch including a Permanent Overband Magnet and Eddy Current Separator.

Bunting has developed a lightweight armouring for rubber belts, addressing excessive belt wear in heavy-duty applications like mining, recycling, and biomass power plants.