Permanent Magnet Kerr Microscope Vector MOKE Microscope 450Nm For 3D Analysis Of Hard Magnetic Materials

Product Description:

The Permanent Magnet Kerr Microscope is a cutting-edge tool designed for high-resolution imaging and detailed observation of magnetic materials. With a variable temperature range of 298 K to 798 K, this microscope enables researchers to study material properties across a wide temperature spectrum, allowing for in-depth analysis of magnetic behavior under varying thermal conditions.

Featuring an impressive optical resolution of 450 Nm, the Permanent Magnet Kerr Microscope delivers sharp and clear images, making it ideal for capturing intricate details of magnetic structures with precision. This high level of resolution ensures that researchers can observe and analyze magnetic domains and domain walls with exceptional clarity.

One of the key features of this microscope is its in-plane magnetic field capabilities. Equipped with a water-cooled magnet, the system can generate magnetic fields of 3 T at an air gap of 9.5 mm and 2 T at an air gap of 10 mm. This feature allows researchers to apply controlled magnetic fields to their samples, enabling them to manipulate and study magnetic properties in a controlled environment.

The Permanent Magnet Kerr Microscope comes with a range of objectives, including 5*, 20*, 50*, and 100* magnifications, as well as High-temperature Compensated 50* and Non-magnetic objectives. These objectives provide flexibility in imaging different sample types and sizes, allowing researchers to customize their imaging setup based on their specific research needs.

Temperature stability is crucial for accurate measurements in magnetic imaging, and the Permanent Magnet Kerr Microscope delivers on this front with a temperature stability of ±50 MK. This level of stability ensures that researchers can conduct experiments with confidence, knowing that temperature fluctuations will not compromise the accuracy of their results.

In addition to conventional imaging capabilities, the Permanent Magnet Kerr Microscope supports Vector MOKE (Magneto-Optical Kerr Effect) and 3D MOKE measurements, enabling researchers to explore magnetization dynamics and domain structures in three dimensions. These advanced techniques provide valuable insights into the magnetic properties of materials, allowing for a deeper understanding of magnetic phenomena.

Features:

• Product Name: Permanent Magnet Kerr Microscope
• Objectives:
  • 5*
  • 20*
  • 50*
  • 100*
  • High-temperature Compensated 50*
  • Non-magnetic
• Variable Temperature Range: 298 K - 798 K
• Vertical Magnetic Field:
  • Water-cooled Magnet
  • 2 T@air Gap 8.5 Mm
  • 1.3 T@air Gap 12 Mm
• Magnetic Field Resolution: PID Closed-loop Feedback Regulation, Resolution 0.05 MT
• Optical Resolution: 450 Nm

Technical Parameters:

Applications:

Truth Instruments' Permanent Magnet Kerr Microscope (Model: KMPL-PM) is a cutting-edge instrument designed for precise magnetization curve measurement, making it ideal for applications involving Permanent Magnet Materials. Originating from CHINA, this microscope is equipped with a vertical magnetic field generated by a water-cooled magnet, providing strengths of 2 T at an air gap of 8.5 mm and 1.3 T at an air gap of 12 mm.

With a variable temperature range spanning from 298 K to 798 K, the KMPL-PM enables detailed observation under various thermal conditions. Its impressive optical resolution of 450 nm ensures high-quality imaging, allowing for in-depth analysis of magnetic samples.

The microscope comes with a range of objectives including 5*, 20*, 50*, 100*, High-temperature Compensated 50*, and Non-magnetic, catering to different magnification needs for thorough examination. Additionally, the magnetic field resolution is enhanced by PID closed-loop feedback regulation, offering a resolution as fine as 0.05 MT.

Given its advanced features and capabilities, the Permanent Magnet Kerr Microscope by Truth Instruments is well-suited for a variety of Product Application Occasions and Scenarios. It excels in research settings where precise magnetization curve measurements are required, such as in the development and analysis of Permanent Magnet Materials.

Furthermore, its ability to provide detailed observation under controlled temperature conditions makes it a valuable tool for studying the magnetic properties of materials across a wide range of temperatures. Researchers and scientists can rely on the KMPL-PM to deliver accurate and insightful data for their experiments and analyses.