The core advantage of this automatic roundness tester is its high detection efficiency and full automation. It can achieve a maximum detection speed of 50 pieces per minute, which is far higher than manual detection efficiency. It is equipped with a customizable automatic feeding interface, which can be perfectly adapted to different types of production line conveyors. The measurement data can be uploaded to the factory MES system in real time, realizing real-time monitoring of production quality and data traceability. It adopts a precision spindle structure to ensure long-term stable operation in the industrial production environment, and the IP54 protection grade can effectively resist dust and splashing water. It also has an automatic alarm function, which can trigger an alarm when unqualified products are detected, so that operators can timely remove defective products.
This inline automatic roundness tester has a measuring range of φ10mm to φ200mm, with a resolution of 0.05μm and measurement accuracy of ≤0.05μm. The detection beat can reach up to 50 pieces per minute, meeting the rhythm requirements of most medium-speed automated production lines. It can be customized with conveyor width of 100~500mm to adapt to different workpiece sizes. It uses 380V AC 50Hz power supply, with a protection grade of IP54, suitable for conventional industrial workshop environments. The built-in software can automatically judge qualified products according to set tolerance ranges, and store up to 10000 sets of measurement records for subsequent data analysis. It supports real-time data upload to the factory MES system, realizing remote monitoring and quality management.
This inline automatic roundness tester is widely used in automated production lines of automotive parts, precision hardware, bearing manufacturing and other industries. It is suitable for online detection of automotive engine bearings, precision hardware fasteners, miniature bearings and other small and medium-sized workpieces. It can be integrated into the existing production line without changing the original production rhythm, and realizes full-process quality control of the production process. It helps enterprises reduce manual detection labor costs, improve production efficiency and product quality consistency, and meet the high-quality development requirements of modern intelligent manufacturing.
Post RFQ
Chat
ALL CATEGORIES