This product features dual-station automatic switching function, which can quickly switch between vertical and horizontal detection modes within 3 seconds without manual adjustment. It is equipped with a 5 million pixel high-resolution telecentric lens, which ensures no distortion in the shooting process and guarantees the accuracy of measurement data. The built-in AI image recognition algorithm can automatically identify various geometric dimensions, surface defects and assembly deviations of parts, eliminating the errors caused by manual observation. It supports one-key batch detection, which can improve the detection efficiency by more than 80% compared with traditional manual detection methods, and is suitable for mass production testing scenarios. In addition, it is equipped with a dust-proof and oil-proof protective cover to adapt to complex workshop environment, and supports remote data viewing and parameter setting through the Ethernet interface.
The main technical parameters are as follows: measurement range is 300mm(X) × 200mm(Y) × 150mm(Z), repeat positioning accuracy is ±0.5μm, vertical and horizontal switching angle is 0°~90° with automatic switching function. The light source is composed of coaxial annular light and bottom diffused light, which can meet the detection needs of different surface characteristics of parts. The operating system adopts a 10-inch industrial touch screen, which supports Chinese and English switching, and is easy to get started. The data interface is USB3.0 and Gigabit Ethernet, which can quickly export detection reports in Excel or PDF format and connect with enterprise MES systems. The body is made of high-strength aluminum alloy die-casting, with good stability and heat dissipation performance. The power supply is AC100-240V 50/60Hz, the net weight is 85kg, and the protection level is IP50, which can meet the conventional dust-proof and splash-proof requirements.
This product is mainly suitable for precision hardware manufacturing, mold processing, aerospace micro parts, electronic connector manufacturing and other high-precision testing industries. Typical application scenarios include testing the size of precision screws, the flatness of mold surfaces, the plug-in distance of electronic connectors, and the surface defects of micro parts. It can also be used for incoming material inspection, process inspection and finished product inspection in the production line, helping enterprises to realize full-chain quality control and improve product pass rate. It is especially suitable for testing small and medium-sized precision parts with high accuracy requirements.
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