The core advantage of this tester is its large measurement range and high load-bearing capacity. It can measure workpieces with a diameter of 300mm to 1500mm and a maximum weight of 200kg, meeting the measurement needs of most large-scale mechanical parts. It is equipped with a laser auxiliary focusing function, which can quickly align the measuring probe with the workpiece, reducing the alignment time and improving measurement efficiency. The 15-inch industrial touch screen provides a friendly operation interface, and supports remote monitoring and data viewing via the network. It adopts a precision heavy-duty spindle structure, which can ensure stable operation under high load conditions, and the measurement accuracy is stable for a long time. It also supports large-capacity data storage and remote data transmission, which is convenient for follow-up quality analysis and management.
This large workpiece roundness tester has a measuring range of φ300mm to φ1500mm, with a resolution of 0.02μm and measurement accuracy of ≤0.04μm. The spindle speed can be adjusted between 0.3rpm and 5rpm to adapt to different workpiece measurement needs. It can bear a maximum workpiece weight of 200kg, meeting the measurement requirements of large-scale heavy-duty parts. It is equipped with a 15-inch industrial touch screen, and supports remote monitoring and data transmission via the Ethernet interface. It uses a 220V AC universal power supply, with a protection grade of IP50, suitable for conventional industrial workshop environments. The built-in software supports multiple evaluation algorithms and automatic report generation, and can store up to 10000 sets of measurement records. The laser auxiliary focusing function can quickly align the probe within 1 minute, greatly improving the measurement efficiency.
This large workpiece special roundness tester is widely used in wind power generation, heavy machinery, shipbuilding and other industries. It is suitable for detecting the roundness and cylindricity of wind power hubs, large marine gears, heavy mechanical transmission shafts and other large-scale components. It can be used in the manufacturing and maintenance stages of large-scale mechanical equipment, helping enterprises to accurately judge the form accuracy of large parts, avoid quality problems of large components, and reduce maintenance costs. It is also suitable for third-party metrology institutions to provide large-scale workpiece measurement services.
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