Post RFQ
This product adopts a composite sensor solution, which can switch between optical vision measurement and laser non-contact measurement freely, meeting the detection needs of both flat workpieces and curved workpieces. The motorized zoom lens can adjust magnification automatically, adapting to workpieces of different sizes, and the laser probe has a measuring range of ±50mm, which can complete non-contact measurement of curved surfaces and cavities. The VMS 3D V4.0 software supports 3D model comparison, GD&T analysis and batch data statistics, and can generate 3D detection reports, solving the pain points of complex workpiece detection for high-end manufacturing enterprises. The closed-loop control system ensures the stability of long-time operation, and the anti-vibration base reduces the impact of external environment on measurement accuracy.

The overall dimensions of this 3D composite multi-sensor vision measuring machine are 1200*1000*1800mm, with a net weight of approximately 350kg. The workbench stroke is X-axis 600mm, Y-axis 500mm, Z-axis 400mm. It is equipped with a 2048*1536 resolution industrial CCD camera and a high-precision laser probe, providing accurate measurement data for both 2D and 3D workpieces. 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 30kg, meeting the placement needs of most medium-sized workpieces. The equipment supports USB3.0 and PROFINET data transmission, enabling remote data sharing and centralized management of multiple devices.

This 3D composite multi-sensor vision measuring machine is suitable for two-dimensional and three-dimensional dimensional detection of aerospace precision parts, automotive stamping molds, 3C structural parts, plastic curved workpieces and other complex workpieces. It can complete the detection of parameters such as curved surface contour, cavity size, hole position degree and assembly clearance of complex workpieces at one time, and is widely used in high-end manufacturing industries such as aerospace, automotive parts, 3C electronics and mold manufacturing. It can help enterprises achieve full-size detection of complex workpieces, improving the quality control level of high-end products.