This product features a motorized 0.7-5X zoom lens that can automatically adjust magnification without manual intervention, adapting to workpieces of different sizes and details. The fully automatic CNC control system supports programmed batch detection, which can automatically complete positioning, shooting, measurement and report generation for multiple workpieces in sequence, reducing manual operation errors and improving detection efficiency by more than 300% compared with manual models. The multi-mode lighting system combines ring light, coaxial light and bottom backlight to meet the imaging needs of different surface workpieces such as reflective metal and opaque plastic. The VMS Pro V3.5 software supports GD&T geometric tolerance analysis, CAD model comparison and batch data statistics, solving the pain points of complex measurement tasks and large-batch detection for large manufacturing enterprises.
The overall dimensions of this fully automatic 2D vision measuring machine are 1200*1000*1500mm, with a net weight of approximately 220kg. The workbench stroke is X-axis 500mm, Y-axis 400mm, and the maximum measurable height is 250mm. It is equipped with a 2048*1536 resolution industrial CCD camera, providing ultra-clear image collection. The power supply specification is AC220V 50/60Hz, with stable power output to ensure the stability of long-time operation. The workbench can bear a maximum load of 20kg, meeting the placement needs of most medium-sized workpieces. The equipment supports USB3.0 and Ethernet data transmission, enabling remote data sharing and centralized management of multiple devices.
This fully automatic 2D vision measuring machine is suitable for high-volume and high-precision two-dimensional dimensional detection of automotive stamping parts, electronic circuit boards, hardware molds, hardware accessories and other workpieces. It can be used in mass production workshops, professional quality inspection centers and third-party testing institutions, and is widely used in the automotive manufacturing, 3C electronics, hardware mold and other high-end manufacturing industries. It can complete the detection of multiple parameters such as hole position degree, contour size and assembly clearance of complex workpieces at one time, improving the overall quality control efficiency of the production line.
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