Mcbazel Digital Coating Thickness Gauge, Paint Thickness Gauge, Car Paint Meter, Measurement Range 0 to 2000um.

["Measurement Accuracy: Plus or minus (3%+1UM)", "Note: Please press the probe vertically and fully against the surface when measuring to obtain an accurate reading.", "Professional Paint Thickness Measurement: The HW-300PRO paint thickness gauge is designed for the precise measurement of metal coatings and platings, such as paint, enamel, and chrome, on various surfaces. Its dual-probe technology uses both magnetic induction and eddy current to automatically identify metal substrates and ensure reliable and accurate results on vehicle surfaces.", "Ultra-precise 1um Resolution: Achieve high precision with a 1um resolution capable of measuring FE and NFE coatings from 0 to 2000um. With options to display readings in um, mm, or mils, this gauge accommodates various user preferences. Zero-point and multi-point calibration functions enhance the accuracy and reliability of your measurements.", "User-Friendly Display: Equipped with a high-contrast, backlit LCD, this gauge provides clear readings even in changing light conditions. Perfect for non-destructive testing, it offers data capture functions for average, maximum, minimum, and DIF statistics, making it an essential tool for surface preparation and inspection.", "Compact and Portable: Designed with portability in mind, the HW-300PRO is small in size and features a hand strap for easy carrying and to prevent accidental loss. With features like a battery indicator and automatic shut-off, it is designed for convenience and durability.", "Versatile Applications: Ideal for automotive paint thickness measurement, this gauge is also suitable for manufacturing, metal processing, chemical industry, and goods inspection. Whether in the lab, workshop, or on-site, the HW-300PRO delivers stable and consistent performance in all environments.", "To ensure measurement accuracy, it is crucial to apply consistent operating techniques during each measurement to minimize deviations."]