Manufacturer of Lasers and Magneto-Optical InstrumentsJapanese

Magnetic Domain Observation Microscope (Kerr Microscope)

Magnetic Domain Observation Microscope

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BH-786 Series
Features
  • Magnetic Domain Observation Microscope (Kerr Microscope) with various optional
    magnification and magnetic field
Specification
Observation Subject: Magneto-Optical Kerr Effect
(Polar and Longitudinal Kerr Effect)
Main Function: CCD Camera Observation and Image Capturing
Light Source: Mercury Lamp
Observation Resolution: 1μm (Typ.) with x50 Objective Lens
Observation Area: 100 x 70μm with x50 Objective Lens
Generating Magnetic Field: > ± 10kOe (1T)
*Option: In-Plane Electromagnet and Others
Test observation is available.

Low Temperature Magnetic Domain Observation Microscope

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BH-7850 Series
Features
  • Magnetic Domain Observation Microscope (Kerr Microscope) specially designed
    for a use with Cryostat
Specification
Observation Subject: Magneto-Optical Kerr Effect
(Polar and Longitudinal Kerr Effect )
Main Function: CCD Camera Observation and Image Capturing
Light Source: Mercury Lamp
Observation Resolution: 2.5μm (Typ.) with x200 Objective Lens
Observation Area: 250 x 200μm with x200 Objective Lens
Generating Magnetic Field: > ± 2kOe (0.2T)
Temperature Range: 2.2 – 500K
*Option: In-Plane Electromagnet and Others

μ-Kerr Effect Measurement And Magnetic Domain Observation System

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BH-PI7892 Series
Features
  • Combined System for both Microscopic Kerr Effect Measurement and Magnetic
    Domain Observation
  • Suitable for sensitive analysis of μm size magnetic pattern and magnetic thin film
Specification
Measurement Subject: Magneto-Optical Kerr Effect
(Polar and Longitudinal Kerr Effect)
Main Function: Kerr Loop Measurement Magnetic Domain Observation
Light Source: Diode Laser
Mercury Lamp
Probe Light Spot: φ2 – 5μm
Observation Resolution: 1μm (Typ.) with x50 Objective Lens
Generating Magnetic Field: Max. ±10kOe (1T)
*Option: Cryostat and others
Test observation is available.

Contact Information TEL:+81-3-6379-5539MAIL:info@neoark.co.jp

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