Automated non-destructive testing has become a core quality control link in the high-end equipment manufacturing industry, completely upgrading the traditional manual flaw detection mode. The FANUC M-20iD/25 ultrasonic flaw detection system innovatively combines high-performance 6-axis industrial robot with gantry truss manipulator, building an integrated intelligent flaw detection workstation with an overhead installation structure. The truss equipment provides ultra-large-range 3D movement, making up for the short stroke of traditional robotic arms. Meanwhile, the FANUC M-20iD/25 robot accurately adjusts the angle and position of ultrasonic probes through 6-axis linkage, realizing full-area scanning of special-shaped, curved and large heavy workpieces, and solving the industrial problems of large manual detection errors, low efficiency and poor repeatability.

Equipped with a rated load of 25kg and a maximum reach of 1831mm, the FANUC M-20iD/25 robot features high positioning accuracy, which is suitable for long-term uninterrupted clamping of flaw detection probes. The overhead installation saves workshop space and adapts to various production line layouts. Matched with a customized industrial truss, the equipment has a super-large working stroke of 9.5m×4m×1.5m with stable operation and fast response. It is fully applicable to the non-destructive testing of pressure vessels, large steel structures, heavy castings and other special equipment. Integrated with intelligent trajectory programming, real-time data acquisition and automatic defect recording functions, the system ensures traceable detection data, avoids quality deviation caused by human errors, and greatly improves the efficiency and standardization of batch flaw detection.

Adopting a modular design, the entire FANUC M-20iD/25 ultrasonic flaw detection equipment has a compact structure and strong compatibility, which can be quickly integrated into new and existing production lines and support 24-hour continuous automatic operation. In the fields of special equipment, heavy machinery and high-end equipment manufacturing, this robotic flaw detection system has become a mainstream NDT equipment with high precision, stability and adaptability. It effectively reduces labor quality inspection costs, standardizes flaw detection procedures, ensures product quality and safety, and promotes the intelligent and standardized upgrading of non-destructive testing in the manufacturing industry.