CMTSB dual-adjustment electromagnet offers bidirectional magnetic field tuning and a rigid double-yoke design for stable horizontal fields. Ideal for Hall effect, VSM, and magnetic materials research.
The CMTSG fixed-gap double-yoke electromagnet provides a rigid horizontal magnetic field structure, ideal for precise applications like VSM, NMR, and Hall effect testing.
The CMTDJ multipole electromagnet is designed for customized field shaping applications, including radial-gradient fields, rotating fields, and multi-polar magnetization. Available in 4–8 pole configurations.
The CMTEG clamp-type electromagnet is ideal for in-plane magnetic fields in compact spaces. Designed for microscopes, probe stations, and magneto-optical experiments, with custom options available.
The CMTXZ rotating electromagnet provides 360° rotation with programmable control. Features precise stepper motor, 0.1° resolution, and 0.5° repeatability, ideal for lab magnetic field experiments.
CMTSBV vertical electromagnet features a rigid closed-yoke structure and vertically aligned field with adjustable air gap. Ideal for Hall effect, VSM, magnetostriction, and material testing.
CMTWD Adjustable Dipole Electromagnet offers a wide horizontal magnetic field with adjustable air gap. Designed for Hall effect, magnetoresistance, magnetostriction, and VSM studies.
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.
Custom-shaped magneto-optical electromagnets tailored for optical and experimental setups. Engineered to deliver high field strength under complex geometries.