The HG-U820 Ultrasonic Glass Fiber Thickness Gauge offers "penetration coating" and "ultrathin measurement" capabilities, along with features like "waveform display," "data playback," and "single/dual crystal switching." It balances reliability, performance, and durability, making it a trustworthy partner for thickness measurement wherever you are. The HG-U820 intelligently combines probe zero-point calibration technology with temperature detection to solve zero-point errors during probe wear, replacement, or high-temperature measurements. The application of echo-echo detection technology enhances detection accuracy, eliminates the influence of protective layers like paint on materials, and boosts production efficiency. With a measurement thickness of 0.15mm and a resolution of 0.001mm, accompanied by the colored LCD waveform display function, the gauge boasts enhanced versatility. This innovative thickness gauge provides users with an exceptional experience.
Ideal for measuring the thickness of materials such as fiberglass, stainless steel, non-metals, metals, plastics, ceramics, glass, glass fiber, and any other ultrasonic conductors.
Highlight Features:
Large Range Glass Fiber Reinforced Plastic Thickness Gauge
Robust high-penetrating thickness measurement, capable of measuring up to 100mm in thick glass fiber with a high resolution of 0.001mm.
2. Probe Zero Point Self-Calibration
Probe zero-point calibration technology, keeping up with the trend of new technologies. Calibration technology integrated with temperature measurement eliminates your frustration of a thickness gauge being unable to measure other materials, and also solves the measurement error caused by probe zero-point drift, ensuring accurate readings and avoiding frequent equipment replacement.
3. New A-Scan/B-Scan feature with simultaneous digital display
The HG-U820 product offers A-scan/B-scan waveform display functionality, allowing users to directly view the ultrasonic signal waveform on the screen, facilitating the verification of measurement data and analysis of issues. The measured thickness value is simultaneously displayed below the waveform, providing a clear and intuitive visualization.
4. Convenient file storage
Utilize a visual UI file management interface, where file/folder operations can be performed directly through keystrokes, to achieve data storage capabilities, and to playback stored file data in ultrasonic waveform.
5. Single and double crystal switching, supports various probes
The single-crystal and double-crystal function can separately measure ultra-thin parts and thicker parts, with a resolution of 0.001mm, supports multiple probes, and can be applied to various scenarios.
6. Extra-thick oversized parts measurement
Fiberglass ultrasonic thickness gauges can measure ultra-thin components below 1mm, as thin as 0.15mm.
Performance:
Measurement Resolution: 0.01/0.001mm
2. High-precision measurement circuits ensure a resolution of 0.01/0.001mm or 0.0001/0.00001inch throughout the entire measurement range.
