Kerr Microscope
Advanced magneto-optical microscope for dynamic and static observation of magnetic domains, measuring local magnetic properties and magnetization curves.
Key Features:
✔️Observes magnetic domains dynamically and statically using L-MOKE and T-MOKE modes
✔️Measures P-type and S-type Kerr effects for versatile magneto-optical analysis
✔️High sensitivity of 0.001° for precise detection of magnetic properties
✔️Digital image processing enhances contrast and clarity under different polarization states
✔️Adjustable polarizer and analyzer angles for customizable light polarization control
✔️Captures magnetization curves and local magnetic properties simultaneously
✔️LED light source (90W) ensures stable, bright illumination for accurate imaging
✔️Supports samples up to 10×10 mm with 50× objective lens magnification
Kerr Microscope
The Kerr Microscope (LSKM-200) is engineered for precise observation of magnetic domains using the magneto-optical Kerr effect. Its compact dimensions measure 55 cm in length, 30 cm in width, and 16 cm in height, with a lightweight yet stable frame constructed from anodized aluminum. The system incorporates a high-intensity 90W LED light source, two polarization modes (P-type and S-type), and an objective lens offering 50× magnification. The microscope includes multi-channel linearly polarized incident light, an adjustable polarizer, and analyzer angles, enabling measurements across different types of Kerr effects, including L-MOKE and T-MOKE. A high-sensitivity photodetector captures magnetization signals with a resolution of 0.001°, while the sample stage accommodates sizes up to 10 × 10 mm with precise positioning controls.
The LSKM-200 uses a digital camera paired with image processing software to capture magnetic patterns under varying magnetic fields. Background removal, contrast enhancement, and grayscale calculation allow the extraction of local magnetic properties and microstructures. The integrated system supports simultaneous measurement of magnetization curves, while its optical setup ensures minimal signal distortion during dynamic or static experiments. The device is designed to operate in laboratory environments with minimal vibration and ambient interference.
In practical use, the Kerr Microscope is widely applied in materials science and research laboratories for analyzing magnetic materials and microstructures. Universities, research institutions, and defense laboratories utilize it for evaluating thin film magnetization, domain dynamics, and magnetic hysteresis loops. Its precise control over polarization and field strength makes it ideal for experiments that require repeatable, high-resolution observations.
Researchers and institutions can rely on Tactical Supply Pakistan to provide robust, laboratory-grade equipment. The company guarantees quality, technical support, and compliance with international instrumentation standards.
What is the maximum magnetic field strength measurable with the LSKM-200?
The microscope can accurately measure magnetic fields up to 2 Tesla while observing domain structures.
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