



KAIDA NDT150 high-precision roughness meter is a surface finish testing instrument with a blue shell. It is a hand-held roughness meter for testing the surface roughness of various mechanically processed parts. Measure a variety of surfaces, including flat surfaces, curved surfaces, inclined surfaces, external cylinders, small holes, grooves, and axles. NDT150 high-precision roughness meter adopts electromechanical integration design, has a large data storage capacity of 100 sets of data, low power consumption design, and has automatic sleep and shutdown power saving functions. The measurement range is 160 microns on the Z axis and 17.5 microns on the X axis.
1. NDT150 high-precision roughness meter adopts DSP chip for control and data processing, with fast speed and low power consumption.
2. Conform to multiple national standards of ISO, DIN, ANSI, and JIS.
3. Mechatronics design, small size, light weight, easy to use.
4. The real-time clock can be set and displayed, which is convenient for data recording and storage.
5. NDT150 high-precision roughness meter adopts reliable anti-motor dead circuit and software design.
6. The continuous working time exceeds 20 hours.
7. Low power consumption design, with power saving functions such as automatic sleep and automatic shutdown.
8. There are two language choices, Chinese and English.
9. It can be connected to a computer and a printer to transmit and print data.
10. Display measurement information, menu prompt information, error information and various prompt explanation information such as power on and off.
11. The NDT150 roughness meter can be equipped with Bluetooth function and optional surface sensor, small hole sensor, measuring platform, sensor sheath, extension rod and other accessories.
NDT150 high-precision roughness meter is suitable for automobile manufacturing and spare parts processing, mechanical parts processing and transmission devices, mechanical processing manufacturing, metal processing equipment and machine tool accessories, printing, packaging, light industry, mold casting, precision manufacturing, textile machinery and medical devices.


