Product Overview

Drive your material science and physics research forward with our High-Performance Vibrating Sample Magnetometer, a system engineered for the most demanding laboratory environments. Whether you are analyzing thin films, nanoparticles, or bulk materials, this integrated solution provides the critical magnetic characterization data necessary to innovate with confidence. By combining high sensitivity with robust stability, this equipment ensures that your data remains accurate and your workflow remains efficient.

Solving Common Laboratory Challenges

Researchers often face significant hurdles when characterizing magnetic properties, including signal noise, limited dynamic ranges, and complex setups. This system addresses those specific pain points:

• Eliminate Inconsistent Data: Struggling with drift? This system minimizes signal noise, ensuring the integrity of your magnetization measurements remains intact.

• Overcome Limited Ranges: Stop switching instruments. This unit handles both strong bulk magnets and subtle, weak signals from nanomaterials in one go.

• Simplify Temperature Dependence: Complex cryogenic setups are time-consuming. Our solution includes an automated variable temperature furnace for seamless 77K to 400K testing.

• Ensure Long-Term Stability: Long continuous experiments often suffer from data degradation. This system is built for stability, allowing you to trust results from overnight runs.

Key Benefits for Research Efficiency

Unmatched Precision and Repeatability

Accuracy is the cornerstone of scientific discovery. This versatile Vibrating Sample Magnetometer VSM system delivers highly repeatable measurements with system stability better than ±1% over 24 hours. This reliability allows you to make critical decisions based on data you can trust, time after time, without the need for constant recalibration.

Comprehensive Material Characterization

Flexibility is essential in a modern lab. You can confidentially measure a vast array of materials, from strong permanent magnets up to 300 emu to delicate samples requiring sensitivity down to 1×10⁻⁵ emu. The precision of the Vibrating Sample Magnetometer ensures that you capture the full magnetic profile of your sample, regardless of its size or magnetic strength.

Streamlined Workflow and Automation

Maximize your laboratory productivity with a fully integrated design. From the control cabinet to the dedicated data analysis PC, every component is optimized for speed. The <u>reliable Vibrating Sample Magnetometer VSM unit</u> allows you to characterize more samples in less time, accelerating your research and development timelines significantly.

Technical Specifications

• Model: MSDXV1751.6TSWISS

• Magnetic Field Range: ±1.6 Tesla (Water-cooled electromagnet)

• Magnetic Moment Range: 10⁻² emu to 300 emu

• Sensitivity: 1×10⁻⁵ emu

• Relative Accuracy (30 emu): Better than ±1%

• Repeatability (30 emu): Better than ±1%

• System Stability: Better than ±1% over 24 hours (continuous operation)

• Temperature Range: 77K to 400K (via included Low-Temperature Furnace)

• Vibration Frequency: Fixed at 185 Hz

• Vibration Head Power: > 50W output

• Power Supply Output: 0 - 8.1 kW (High-stability DC)

• Cooling System: Laboratory Chiller included

• Control System: Lock-in amplifier, Gauss meter, and vibration source integrated

• Data Station: Lenovo PC with pre-configured automation software

Applications

This equipment is the definitive solution for a wide variety of research fields, including:

• Advanced Nanomaterial Research

• Thin Film Magnetic Recording Media

• Superconductor Characterization

• Rare Earth Permanent Magnet Development

Why Choose This System?

By integrating this High-Performance Vibrating Sample Magnetometer into your lab, you are not just purchasing an instrument; you are empowering your team with a complete turnkey solution. The inclusion of a high-power electromagnet, precision vibration system, and a complete cooling solution ensures that you can focus on scientific breakthroughs rather than equipment maintenance. Contact us today to discuss how this system can transform your magnetic research capabilities.