Entry-level Bridge-type Coordinate Measuring Machine

Product features:

This entry-level bridge CMM has multiple core advantages. First, it uses a one-piece granite workbench and aluminum alloy beam, which effectively reduces thermal deformation and ensures long-term measurement accuracy stability. Equipped with Renishaw PH10M motorized probe, it can automatically detect multiple detection points without manual adjustment, improving measurement efficiency by more than 60% compared with manual detection. The built-in Calisoft 2024 measurement software supports automatic alignment, GD&T analysis and batch measurement data statistics, which can quickly generate professional inspection reports. It also has a humanized operation interface, even beginners can master core operation methods within 3 days, solving the problem of high threshold for professional measuring equipment operation for small enterprises.

Product specifications:

This bridge-type coordinate measuring machine has complete technical specifications: the effective measurement range is 500mm (X-axis) × 400mm (Y-axis) × 300mm (Z-axis), with a maximum workpiece load capacity of 500kg. The X/Y/Z axis repeat positioning accuracy is ±0.5μm, and the comprehensive measurement accuracy meets ISO 10360-2 international measurement accuracy standard with ±1.8μm. The whole machine weighs 1200kg, with the workbench size of 600mm × 500mm, suitable for placing most small and medium-sized mechanical parts. The power supply is standard 220V 50/60Hz 10A, and the suitable operating environment temperature is 18-22℃, with relative humidity requirement of 40%-60% to avoid measurement errors caused by environmental changes. The probe Z-axis stroke is 150mm, supporting multi-angle detection of complex inner hole and side features of parts.

Product application:

This entry-level bridge CMM is mainly applicable to small and medium-sized hardware manufacturing, mold processing, automobile parts processing and electronic product assembly industries. Typical application scenarios include dimensional inspection of aluminum alloy mobile phone shells, size detection of mold inserts, position degree measurement of hardware fitting holes, and batch sampling inspection of mechanical shaft parts. In the mold processing industry, it can quickly detect the fit clearance of mold components and the dimensional accuracy of molding surfaces, helping mold makers adjust the mold in time and shorten the trial production cycle. In the electronic product assembly link, it can detect the position accuracy of PCB board mounting holes and the flatness of product shells, ensuring the consistency of batch product quality.