This fully automatic CNC vision measuring machine adopts granite base and carbon fiber frame, effectively suppressing workshop vibration and thermal deformation to ensure long-term measurement stability, solving the accuracy drift problem of traditional cast iron bases. The fully automatic CNC control system supports preset inspection procedures, which can complete batch cyclic part inspection with one click. The AI contour recognition algorithm can automatically identify complex curved surfaces and tiny features without manual coordinate marking, greatly improving inspection efficiency. The supporting professional version software supports 3D dimension compatible inspection and reverse engineering data export, meeting the full-process inspection requirements of high-end manufacturing scenarios. It also supports remote operation and maintenance functions, which can troubleshoot equipment faults and update software remotely in real time.
Travel Range: X-axis 400mm, Y-axis 300mm, Z-axis 200mm; Measurement Accuracy: ±(1.5+L/300)μm (ISO 10360 compliant); Lens: 0.5-6.5X continuous zoom objective with 12MP high-resolution CMOS sensor; Magnification Range: 10x to 130x (optional adapter up to 300x); Lighting: 5-zone adjustable top LED ring light, bottom coaxial backlight, surface flood light with 0-100% brightness control; Software: QMS3D Pro, AI contour recognition, 2D/3D dimension measurement, GD&T detection, report auto-generation; Body: Granite base with carbon fiber upright column, max workpiece load 50kg, net weight 350kg, gross weight 420kg; Power: 100-240V AC, 50/60Hz, 1.8kW; Interface: USB 3.0, Ethernet, Wi-Fi, compatible with all major CAD software; Operation: Fully automatic CNC control via touch screen, optional robotic loading integration; Warranty: 2 years parts and labor, 5 years structural warranty.
It is suitable for aerospace precision parts inspection, automotive transmission gear inspection, new energy vehicle battery shell inspection, semiconductor wafer size inspection, medical device precision parts inspection. It can realize unmanned batch inspection of a large number of parts, replacing the low efficiency and uneven accuracy of manual inspection, helping enterprises improve the automation level of production quality control, reduce labor costs, and meet the high-precision inspection requirements of high-end manufacturing industries.
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