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Vectomag

3D Magnetic Field Probe Station (MPS-3D Series)

Vectomag 3D probe station with orthogonal Helmholtz coils for precise vector magnetic fields, sample rotation, and micro-probe testing.

3D Magnetic Field Probe Station (MPS-3D Series) View full-size image

1. Product Overview

The Vectomag MPS-3D Series 3D Magnetic Field Probe Station is a precision measurement platform designed for semiconductor, MEMS, superconductivity, and material physics research.

Constructed entirely from non-magnetic materials, the system integrates three orthogonally arranged Helmholtz-type coil pairs to generate a controllable three-dimensional spatial magnetic field.

Each coil features a water-cooled structure and over-temperature protection, enabling long-term, stable operation.

By controlling the current in each dimension through dedicated software or the power-supply front panel, the system achieves arbitrary vector magnetic fields in space.

The integrated movable sample stage supports 2D horizontal translation and 360° rotation, ensuring convenient sample alignment and testing.

With four precision probe arms and an optional high-resolution electronic microscope, it provides reliable electrical probing and visual observation of micro-samples.

The MPS-3D system pairs perfectly with Vectomag’s high-precision bipolar power supplies, enabling true vector field synthesis in all spatial directions.

2. Key Features

  • 3D vector magnetic field generation using three orthogonal Helmholtz-type coil pairs
  • Independent current control in X/Y/Z directions via software or panel interface
  • High magnetic field uniformity within Φ20 mm sphere
  • Water-cooled coils with built-in overheating protection for continuous use
  • Movable, 360° rotatable sample stage for flexible alignment
  • Four high-precision probe arms for DC or low-frequency AC signal testing
  • Compatible with bipolar precision power supplies for smooth vector control
  • Optional electronic microscope for micron-level visual observation
  • Broad application coverage: semiconductor, MEMS, superconducting, and magnetic materials research

4. Testable Samples & Applications

  • Semiconductor chips and wafers
  • MEMS and nanoscale electronic devices
  • Magnetic and superconducting materials
  • Spintronic and ferroelectric components
  • Physics and material science research
  • Biomedical magnetic sensing applications

5. System Configuration

  • Three-axis water-cooled Helmholtz-type coil system
  • Movable 2D + rotational sample platform
  • Precision probe arms (4 pcs standard)
  • Bipolar current control power supply (optional Vectomag model)
  • Optional electronic microscope imaging module
  • Closed-loop field control via integrated software

7. Software Functions

  • Independent X/Y/Z magnetic field control and feedback monitoring
  • Real-time field vector synthesis visualization
  • Automated calibration and temperature compensation
  • Optional integration with Hall or I-V measurement modules
  • Data export and remote control via USB/LAN

6. Optional Accessories

  • Vectomag bipolar precision power supply for stable vector field control
  • Microscope observation module (up to 600× magnification)
  • Custom sample holders and probe types
  • Vacuum or temperature-controlled chamber (upon request)

3.1 Magnetic Field Coil Parameters


3.1 Magnetic Field Coil Parameters
ParameterValue
X-coil outer diameter 640 mm
Y-coil outer diameter 470 mm
Z-coil outer diameter 260 mm
X-coil spacing 240 mm
Y-coil spacing 126 mm
Z-coil spacing 100 mm
Coil current (X/Y/Z) ≤ 14 A
Center magnetic field (X/Y/Z) ≥ 300 Gs
Field uniformity (Φ 20 mm sphere) X: 0.1 % / Y: 0.07 % / Z: 0.5 %
Coil cooling Water-cooled
Coil operating temperature < 60 °C
Total weight ≈ 330 kg

3.2 Sample Stage Parameters


3.2 Sample Stage Parameters
ParameterValue
Stage diameter Max 102 mm (replaceable)
X-axis travel ± 51 mm
Y-axis travel ± 51 mm
Rotation range 360°
Rotation accuracy 0.1°
Material Non-magnetic

3.3 Probe Holder Parameters


3.3 Probe Holder Parameters
ParameterValue
X/Y/Z travel ± 6 mm each axis
Resolution 20 μm
Size (W × D × H) 38 × 62 × 54 mm
Weight 200 g
Note Probe holder optional

3.4 Probe Parameters


3.4 Probe Parameters
ParameterValue
Length 38 mm
Diameter 0.51 mm
Tip diameter 10 μm
Material Tungsten
Note Probe optional

3.5 Microscope Parameters

3.5 Microscope Parameters
ParameterValue
Imaging sensor CMOS
Effective pixels 1280 × 1024
Optical zoom 6× – 600× continuous
Field of view 3.5 – 35 mm
Focusing range 65 mm
Lens diameter 50 mm
Minimum resolution 1 μm
Crosshair cursor 4 groups
Output video VGA
Monitor 19″ LCD
Note Microscope optional

Pricing & availability

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