Low Temp High Field Laser Kerr Microscope Micro Region Imaging Microscope

Product Description:

The Cryogenic High-Magnetic-Field Laser Kerr Microimaging System is a cutting-edge research tool designed for low temperature magneto-optics studies, offering high-resolution imaging capabilities for precise analysis of magnetic materials.

With an impressive optical resolution of 450 Nm, this system provides researchers with detailed images of samples at the nanoscale level, allowing for in-depth examination of magnetic properties.

Featuring a water-cooled magnet, the in-plane magnetic field of this system reaches 1 T at an air gap of 18 mm at room temperature. At low temperatures, the magnetic field strength remains substantial at 0.75 T with an air gap of 28 mm, ensuring reliable performance across varying experimental conditions.

The Cryogenic High-Magnetic-Field Laser Kerr Microimaging System is equipped with PID closed-loop feedback regulation for magnetic field control, offering a magnetic field resolution of 0.05 MT. This precise regulation enables researchers to accurately manipulate the magnetic field parameters during experiments, ensuring consistent and reliable results.

When it comes to imaging capabilities, this system boasts a laser spot size of 5 μm, allowing for focused and detailed imaging of samples. The high-quality imaging provided by this system is essential for capturing intricate details of magnetic materials and structures.

Furthermore, the Kerr angle resolution of this system is an impressive 0.5 Mdeg (RMS), ensuring precise measurement of magnetic properties with high accuracy. Researchers can rely on this system to deliver accurate and reliable data for their low temperature magnetic characterization studies.

In summary, the Cryogenic High-Magnetic-Field Laser Kerr Microimaging System offers researchers a powerful tool for conducting low temperature magneto-optics experiments with high resolution imaging capabilities. With its advanced features and precise control mechanisms, this system is ideal for researchers looking to explore the magnetic properties of materials at low temperatures with unparalleled accuracy and detail.

Features:

• Product Name: Cryogenic High-Magnetic-Field Laser Kerr Microimaging System
• Variable Temperature Range: 4.2 K - 420 K
• Laser Spot: 5 μm
• Objectives: 5*, 20*, 50*, 100*, Non-magnetic
• In-Plane Magnetic Field: Water-cooled Magnet, 1 T@air Gap 18 Mm At Room Temperature; 0.75 T@air Gap 28 Mm At Low Temperature
• Optical Resolution: 450 Nm

Technical Parameters:

Applications:

Truth Instruments' Cryogenic High-Magnetic-Field Laser Kerr Microimaging System, model KMPL-L, is a cutting-edge product designed for precise imaging of weak magnetic materials in various research and industrial settings. With an optical resolution of 450 Nm and a laser spot size of 5 μm, this system offers high-resolution imaging capabilities that are crucial for studying intricate magnetic structures.

The Kerr Angle Resolution of 0.5 Mdeg (RMS) ensures accurate measurement of the magnetic properties of materials under investigation. The vertical magnetic field generated by the water-cooled magnet reaches 1.6 T at an air gap of 10.5 mm at room temperature and 1 T at an air gap of 24 mm at low temperature. This feature allows researchers to manipulate magnetic fields with precision, making it ideal for cryogenic magnetic imaging applications.

Originating from China, this advanced imaging system is equipped with top-of-the-line electrical source meters including the SR830, Keithley 6221, and Keithley 2182 A. These instruments ensure reliable and stable electrical measurements, enhancing the overall performance of the system.

The Cryogenic High-Magnetic-Field Laser Kerr Microimaging System from Truth Instruments is perfect for a wide range of product application occasions and scenarios. Researchers in materials science, physics, and engineering can utilize this system for detailed analysis of weak magnetic materials. Its high resolution imaging capabilities make it an indispensable tool for studying magnetic domains, domain walls, and other magnetic phenomena with precision.

Whether investigating magnetic nanomaterials, thin films, or magnetic devices, this system offers unparalleled accuracy and performance. Its ability to operate at cryogenic temperatures and generate high magnetic fields makes it a versatile solution for researchers working on cutting-edge magnetic materials and devices. The Cryogenic High-Magnetic-Field Laser Kerr Microimaging System is a must-have for any laboratory or facility requiring advanced magnetic imaging capabilities.