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High Sensitivity VSM For Accurate Magnetic Property Measurements
The Vibrating Sample Magnetometer (VSM) is a cutting-edge Magnetic Characterization System that offers precise and automated measurement capabilities for analyzing magnetic properties of various materials. This advanced instrument is equipped with multiple features that make it a valuable tool for research and industrial applications.
One of the key features of the VSM is its Sample Holder Rotation Range of ±360 degrees, allowing for full electric rotation of the sample holder. This versatile rotation capability enables thorough magnetic characterization from all angles, ensuring comprehensive analysis of the sample's magnetic properties.
The VSM is designed to provide accurate Magnetic Field Parameters, with a magnetic field strength of 2.8 T at an air gap of 10 mm, 3 T at an air gap of 3.5 mm, and 2.4 T for variable temperature testing. These precise field parameters allow for detailed investigation of magnetization behavior under different conditions, making the VSM ideal for a wide range of magnetic studies.
For Magnetic Moment Measurement, the VSM offers exceptional performance with a repeatability of ±0.5% and stability of ±0.05% over the full range of measurements. This high level of accuracy ensures reliable and consistent results for magnetic moment analysis, making the VSM a trusted tool for magnetic characterization.
The VSM also features impressive Magnetic Field Resolution, with a resolution of 1 μT and closed-loop control stability of ±10 μT. This fine resolution capability allows for precise detection and control of magnetic fields, enabling detailed magnetic property measurements with high sensitivity and accuracy.
Furthermore, the VSM is designed to minimize noise interference during measurements, with a Noise Level of 40 Nemu at room temperature with a 3.5 mm sample space and 189 Nemu for variable temperature testing. This low noise level ensures clean and reliable data collection, even in challenging experimental conditions, enhancing the overall performance and accuracy of the VSM.
In conclusion, the Vibrating Sample Magnetometer is a state-of-the-art Magnetic Characterization System that offers advanced capabilities for automated measurement and analysis of magnetic properties. With its versatile sample holder rotation, precise field parameters, accurate magnetic moment measurement, fine resolution, and low noise level, the VSM provides researchers and scientists with a powerful tool for studying magnetic materials and phenomena in various applications.
| Noise Level | 40 Nemu at Room Temperature with 3.5 mm Sample Space; 189 Nemu for Variable Temperature Testing |
| Magnetic Field Resolution | 1 μT; Closed-loop Control Stability ±10 μT |
| Temperature Options | Variable Temperature Range 77 K～950 K; Temperature Stability ±0.2 K |
| Sweep Field Speed | 0.5 T/second |
| Magnetic Moment Measurement | Repeatability ±0.5%; Stability ±0.05% Full Range |
| Sample Holder Rotation Range | ±360-degree Electric Rotation |
| Magnetic Field Parameters | 2.8 T @ air gap 10 mm; 3 T @ air gap 3.5 mm; 2.4 T for Variable Temperature Testing |
The Truth Instruments MIT-70 Vibrating Sample Magnetometer, originating from China, is a versatile and advanced instrument suitable for a variety of research and industrial applications.
With a magnetic field resolution of 1 μT and closed-loop control stability of ±10 μT, this magnetometer is ideal for precise and accurate measurements in fields such as material science, physics, and geology.
The sample holder rotation range of ±360-degree electric rotation allows for flexible sample positioning, making it suitable for analyzing samples with various orientations.
Researchers and scientists can take advantage of the variable temperature options ranging from 77 K to 950 K with a temperature stability of ±0.2 K. This feature enables the study of magnetic properties at different temperatures, offering insights into material behavior under varying thermal conditions.
The Truth Instruments MIT-70 also provides high magnetic field parameters, including 2.8 T at an air gap of 10 mm, 3 T at an air gap of 3.5 mm, and 2.4 T for variable temperature testing. These capabilities make it suitable for studying a wide range of magnetic materials with varying field strengths.
Moreover, the magnetometer offers automated measurement capabilities, allowing for efficient data collection and analysis. Researchers can easily generate hysteresis graph/loop tracers to visualize magnetic properties and phenomena.
The magnetic moment measurement feature of the MIT-70 provides high repeatability of ±0.5% and stability of ±0.05% full range, ensuring reliable and consistent results in magnetic moment analysis.