Devices

Optical pumping magnetometers offer high sensitivity, wide dynamic range, and robust performance, enabling applications in geophysics, navigation, medical diagnostics, and space exploration.

SQUID magnetometers are highly sensitive devices for measuring magnetic fields, with applications in medicine, physics, and geophysics.

Hall effect magnetometers measure magnetic fields using the Hall effect principle, offering high sensitivity, accuracy, and a wide range of applications.

Coaxial magnetic gears enable contactless power transmission, reducing wear, noise, and maintenance while offering high efficiency and versatility.

Magnetic planetary gears use embedded magnets for torque transmission, offering reduced wear, increased efficiency, and smooth, quiet operation.

Magnetic worm gears utilize magnetic forces for torque transmission, offering high efficiency, low noise, and zero mechanical wear in various applications.

Explore the fundamentals of AC-to-DC power supplies, their role in powering electronic devices, and the key differences between linear and switching types.

Magnetic helical gears utilize embedded magnets and angled teeth for efficient, low-friction, and low-noise power transmission in various applications.

Magnetic bevel gears are non-contact gear systems using magnetic force to transmit torque and motion, offering high efficiency and reduced wear.