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This online profiler adopts non-contact confocal laser measurement technology, avoiding wear of the probe during long-term online detection, greatly extending the service life of the instrument. It supports real-time data upload to the industrial cloud platform, and can realize real-time monitoring and early warning of workpiece surface quality. It has a high sampling speed of 100mm/s, adapting to the beat of high-speed production lines, and can complete the detection of a single workpiece in milliseconds. The 304 stainless steel shell has good anti-corrosion and anti-interference performance, adapting to the harsh industrial environment of the production line. It supports automatic calibration and self-diagnosis functions, reducing the maintenance workload of on-site technicians. Compared with similar online detection instruments, it has higher detection accuracy and faster sampling speed, meeting the needs of high-speed automatic production lines.

Overall dimensions: 600mm (length) × 400mm (width) × 300mm (height); Net weight: 15kg; Measurement type: Non-contact confocal laser measurement; Measurement range: 0.008μm to 80μm; Vertical resolution: 0.005μm; Measurement accuracy: ±0.8% of reading + 0.01μm; Sampling speed: 100mm/s; Adjustable detection range: Suitable for workpieces with diameter 10mm~200mm; Interface types: Industrial Ethernet, PROFINET, Modbus TCP; Power supply: AC220V 50/60Hz; Housing material: 304 stainless steel; Compliant standards: ISO 4287, ASTM E1152; Working environment: Temperature 0~40℃, humidity 30%~80% RH non-condensing

This online roughness profiler is mainly used in automatic production lines of auto parts, hardware fasteners, electronic components, stainless steel products, plastic injection molding parts and other fields. It can realize 100% full-inspection of workpieces during the production process, timely detect unqualified products, reduce the cost of rework and scrap, and help enterprises realize intelligent manufacturing and automatic quality control. It can also be connected to the enterprise's MES system to realize data interconnection and joint debugging with other production line equipment.