Benchtop High-precision Lab Roughness Profiler

Product features:

This lab-grade profilometer adopts imported piezoelectric sensors and precision transmission mechanisms to ensure ultra-high measurement accuracy of ±1%, meeting the testing requirements of high-precision industries. The 7-inch capacitive touch screen supports Chinese and English interface switching, and the built-in professional analysis software can automatically calculate various surface quality parameters and generate standardized test reports in multiple formats. The electric workbench can realize automatic scanning of large workpieces, and supports one-key calibration to ensure long-term measurement stability. It is compatible with multiple international testing standards and can be connected to a computer for offline data analysis and secondary processing.

Product specifications:

1. Ra Measuring Range: 0.0005μm ~ 200μm, Rz Measuring Range: 0.005μm ~ 1000μm, Contour Measurement Range: 0~50mm; 2. Measurement Accuracy: ±1% of reading for readings ≥0.05μm; 3. Display: 7-inch capacitive touch screen with HD resolution; 4. Power Supply: 110/220V universal AC power supply, 50/60Hz; 5. Total Weight: 28kg; 6. Overall Dimensions: 600mm (length) × 450mm (width) × 350mm (height); 7. Workbench Stroke: X-axis 100mm, Z-axis 50mm; 8. Interface: USB 3.0, RS232, Ethernet for data connection; 9. Storage Capacity: 32GB internal memory, supports external USB hard disk expansion; 10. Ingress Protection Rating: IP54, dustproof and splash-proof; 11. Measurement Speed: 20 measurement points per second; 12. Built-in calibration block for regular accuracy verification.

Product application:

This high-precision roughness profiler is widely used in aerospace precision parts quality inspection, semiconductor wafer surface detection, precision mold research and development testing, university material science laboratories, medical device precision component testing and optical element surface roughness measurement. It can provide accurate surface quality data for scientific research personnel and quality control personnel, helping to optimize production processes, improve product quality and meet the strict testing standards of high-end manufacturing industries.