SASKATE Digital Coating Thickness 0.0 2000μm Paint Meter Fe NFe Dual Probe with Bluetooth for Industrial Metal Coating Measurement

SASKATE Digital Coating Thickness 0.0 2000μm Paint Meter Fe NFe Dual Probe with Bluetooth for Industrial Metal Coating Measurement

• STABLE SELF WEIGHT MEASUREMENT: The coating thickness meter applies pressure by its own weight to ensure that the force on the probe is consistent during each measurement, effectively reducing human errors and making the measurement data more stable
• DOUBLE DISPLAY SCREENS FOR CONVENIENT READING: The digital coating thickness meter adopts a double display screen design on the front and top, enabling rapid reading of thickness values from any angle and improving operational efficiency
• MULTI POINT CALIBRATION, ACCURATE MEASUREMENT: Supports zero adjustment and 1-5 point calibration, equipped with dedicated zero adjustment plates and standard sheets to ensure accurate measurement, suitable for more complex detection environments. The testing accuracy of the coating thickness meter can up to 2%H+1μm at most, ensuring passing the inspection of authoritative metrology institutes
• PREVENT WEAR PROBE: The professional coating thickness meter adopts a double purpose probe for iron and non iron, which can automatically identify the measurement substrate, accurately measure the coating thickness on different metals, and operate more intelligently. The probe is made of hard alloy material, significantly enhancing its wear prevention. Even in environments with frequent measurements or tests on rough surfaces, can maintain measurement accuracy
• CONTINUOUS MEASUREMENT WITH DATA STORAGE: The industrial coating thickness meter has the function of continuous measurement, can slide and detect on the appearance of the measured object, quickly collect data in 0.1 seconds, and display the maximum and minimum values in real time. Suitable for large area measurement, equipped with a built in storage chip that can store 9 sets of test data for convenient viewing at any time