It has a built-in special bearing detection algorithm, which can automatically identify the form and position error parameters of each part of the bearing. It is equipped with special bearing inspection fixtures, supporting rapid replacement of different types of bearing workpieces. It is equipped with high-precision spindle rotation error compensation technology, eliminating the influence of spindle error during the detection process. It supports rapid inspection of batch bearing workpieces, generates industry-standard inspection reports with one click, and can directly upload data to the bearing enterprise's quality control system. The operation interface is optimized for bearing inspection scenarios, making it easy for operators to get started quickly.
Host size: 1500mm(L) × 1200mm(W) × 1800mm(H), detection accuracy 0.03μm, maximum workpiece diameter 400mm, maximum workpiece load 500kg, inductive sensor range ±800μm, spindle rotation accuracy ≤0.02μm, power supply AC 220V 50/60Hz, power consumption about 700W, total weight 420kg, working temperature 20±2℃, relative humidity 40-60% RH, detection repeat accuracy ≤0.01μm, supports generation of inspection reports in line with GB/T, ISO, ANSI and other industry standards.
It is suitable for bearing quality control in industries such as bearing manufacturing, wind power equipment, and rail transit. Specifically, it can be used for roundness detection of deep groove ball bearings, form error detection of tapered roller bearings, inspection of precision bearing inner and outer rings, quality inspection of special bearings, and inspection of wind power bearings. It can help bearing manufacturing enterprises improve product quality and market competitiveness.
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