Vector Electromagnet

The Vectomag Vector Electromagnet Series is developed on the basis of our standard EM electromagnet platform.

By integrating Vectomag’s high-precision programmable excitation power supply, it enables the generation of a uniform and controllable magnetic field in any vector direction within a two-dimensional plane.

When an additional solenoid field perpendicular to the plane is incorporated, the system can realize three-dimensional vector magnetic fields, allowing experiments to achieve magnetic field orientation in any direction in 3D space.

These electromagnets are ideal for optical and magneto-optical experiments, such as MOKE (Magneto-Optical Kerr Effect) measurements and magnetic anisotropy studies.

Two-Dimensional Electromagnet

Three-Dimensional Electromagnet

• Main Magnet Body: Vector Electromagnet (2D / 3D configuration)
• Power Supply Unit: Vectomag programmable excitation source
• Controller Interface: PC software or manual control panel
• Cooling System: Air or water circulation (optional)
• Field Probe: Hall sensor or fluxgate probe (optional)

• Precise control of magnetic field vector direction within a 2D or 3D space
• Compatible with Vectomag high-stability power supply systems
• Uniform and controllable magnetic field across the experimental region
• Modular structure design for flexible field configuration
• Supports customized field intensity and coil geometry
• Optional solenoid addition for Z-axis control (3D magnetic field synthesis)
• Suitable for optical, electronic, and magnetic characterization experiments

Customized 3D Electromagnets for a Laboratory in Beijing

Independently developed eight pole vector electromagnet

• MOKE optical experiments (magneto-optical Kerr effect)
• Spintronics and magnetic domain studies
• Anisotropy measurement and magnetic hysteresis testing
• Thin-film material characterization
• Cryogenic or room-temperature magnetic control experiments

• Precision Hall probes for real-time field mapping
• Temperature-controlled sample stage for cryogenic experiments
• Custom-designed magnetic yokes for non-standard geometries
• Field shielding enclosure for low-noise measurements

• Multi-axis vector control interface
• Real-time magnetic field visualization
• Preset and programmable field sequences
• Data logging and export in CSV format