This gantry CMM has core technical highlights. It uses a high-rigidity welded gantry structure with overall heat treatment to ensure long-term structural stability. Equipped with Renishaw SP25 high-speed scanning probe, it can realize continuous high-density scanning measurement of complex curved surfaces, improving the accuracy of curved surface detection by 40% compared with traditional point measurement. The Calisoft Ultimate software supports large-scale point cloud data processing and reverse engineering modeling, meeting the detection needs of complex special-shaped parts. It also has a dust-proof and oil-proof protective cover, suitable for the harsh working environment of heavy machinery workshops.
This gantry-type coordinate measuring machine has large-scale measurement specifications: the effective measurement range is 2000mm (X-axis) × 1500mm (Y-axis) × 1000mm (Z-axis), with a maximum workpiece load capacity of 3000kg. The X/Y/Z axis repeat positioning accuracy is ±0.8μm, and the comprehensive measurement accuracy is ±3.2μm, meeting the ISO 10360-2 international standard. The whole machine weighs 8500kg, with the workbench size of 2200mm × 1700mm, suitable for placing large-scale mechanical parts. The power supply is standard 380V 50/60Hz 30A, and the suitable operating environment temperature is 18-24℃, with relative humidity range of 35%-70%. The probe scanning speed can reach 500mm/s, supporting high-efficiency mass detection of large parts.
This gantry-type large CMM is mainly applicable to aerospace, high-speed rail manufacturing, shipbuilding, heavy machinery and large mold processing industries. Typical application scenarios include dimensional inspection of aircraft wing beam frames, size detection of ship engine base plates, position degree measurement of high-speed rail bogie parts, and curved surface accuracy detection of large mold modules. In the aerospace industry, it can detect the assembly tolerance of large structural parts to ensure the safety and stability of aircraft products. In the shipbuilding industry, it can detect the processing accuracy of large steel structures to avoid assembly errors during ship construction.
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