High performance electromagnetic clutch and brake solutions for machinery and industrial
Electromagnetic clutches and brakes allow moving components to be stopped and held in a stable position as quickly as possible, a key requirement for many machinery applications across a wide range of industries. Customisable to any installation position, our electromagnetic clutches and brakes operate within machinery in food and beverage production, printing, paper and textile handling, as well as packaging and machine tooling.
A safe, reliable and powerful solution, our clutches and brakes are characterised by short switching times, low mass moments of inertia and opening or closing without residual torque.
Key applications
Key products
Innovative drive technology and power transmission solutions. Designed by experts, engineered to meet your specific requirements and manufactured with the latest technology to guarantee safety, accuracy and performance.
Permanent magnet power off brake
Learn MorePermanent magnet power off brake
Fail-safe, zero backlash permanent magnet power off brakes for use in high precision, high power applications.
Electro-permanent holding magnet
Learn MoreElectro-permanent holding magnet
Power to release electro-permanent magnets providing an energy efficient and reliable solution.
Electromagnetic holding magnet
Learn MoreElectromagnetic holding magnet
High holding force in a compact design, our electromagnets are available in a range of fixings, sizes and forces.
Clutch brake hexagonal housing
Learn MoreClutch brake hexagonal housing
Pre-assembled combined clutch brake units with hexagonal housing.
Sectors we work in
Our electromagnetic clutch and brake solutions are used in pioneering technology around the world. Guaranteeing safety, accuracy and performance for the power transmission and motion control applications of tomorrow.
Latest news
Read the latest company news, customer success stories and industry blogs from our leading experts on the topic of electromagnetics and the future of automation.