Gauss Meter

Key Features:

1. High-Resolution Measurement: The Gauss Meter is equipped with high-resolution sensors, allowing for precise measurement of magnetic field strength, making it suitable for a variety of applications.
2. Wide Measurement Range: With a broad measurement range, our Gauss Meter accommodates a spectrum of magnetic field strengths, providing versatility for different testing scenarios and applications.
3. Digital Display: The meter features a digital display that provides clear and immediate readings of magnetic field strength, enabling quick and efficient analysis of magnetic environments.
4. Three-Axis Measurement: Our Gauss Meter is designed for three-axis measurement, allowing comprehensive analysis of magnetic fields in three dimensions. This capability is essential for understanding complex magnetic structures.
5. Peak Hold Function: The Peak Hold function captures and retains the highest magnetic field strength measured during a session, ensuring accurate recording of peak values for analysis.
6. User-Friendly Interface: The Gauss Meter features a user-friendly interface with intuitive controls, making it easy to navigate and configure settings. Clear indicators enhance the overall usability of the instrument.
7. Compact and Portable Design: With its compact and portable design, the Gauss Meter is convenient for both on-site measurements and laboratory testing. Carry it with ease to various locations for all your magnetic field measurement needs.
8. Auto Power Off: To conserve battery life during periods of inactivity, the Gauss Meter is equipped with an auto power-off function, ensuring efficient energy management.
9. Durable Construction: Built to withstand the rigors of magnetic field testing, the meter is durably constructed for reliable performance in diverse conditions, ensuring longevity and accuracy over time.
10. Versatile Applications: Whether you’re involved in material testing, scientific research, or industrial applications, our Gauss Meter is a versatile tool for understanding and measuring magnetic fields with precision.