Designed to deliver exceptionally stable magnetic fields, this solenoid uses multi-layer winding configurations to enhance uniformity, making it ideal for precise calibration and testing.
Compact calibration magnet designed for Hall sensor accuracy checks from 0.1% to 1%. Delivers stable magnetic fields from 0.1T to 1.1T, with models up to 3.0T available.
This permanent magnet assembly generates a rotating magnetic field via mechanical rotation, delivering a stable sine wave field with adjustable frequency (0–7 Hz) and customizable strength.
Engineered for NMR applications, this permanent magnet offers exceptional field stability, machining precision, and high uniformity down to 1–5×10⁻⁴ across the active region.
Cryogenic Superconducting Magnet System delivers ultra - strong magnetic fields for advanced applications in research, semiconductors, defense, medical imaging, and scientific instrumentation.
Halbach array magnets are engineered to generate strong, uniform magnetic fields on one side while suppressing the field on the opposite side—ideal for efficient, directional applications.
Compact solenoid coil offering strong, uniform AC/DC magnetic fields with excellent current-field linearity. Widely used in materials, electronics, biomedical, and aerospace research.
This 3D vector superconducting magnet generates multi-axis magnetic fields with fully rotatable direction. It supports cryogen-free cooling via GM or pulse tube refrigerator and is customizable to user-specific needs.
This 3D superconducting coil enables precise multi-axis magnetic field generation with high uniformity along the Z-axis. Operates in continuous current mode with excellent field stability.
Compact permanent magnet assembly offering stable magnetic fields without power consumption. Ideal for long-term use in calibration, testing, and energy-efficient magnetic setups.