https://gdii.gd.gov.cn/zwgk/tzgg1011/content/post_4956855.html
Recently, the Department of Industry and Information Technology of Guangdong Province released the public notice of the "List of Manufacturing Empowerment Resources Approved in the Second Batch of 2026." The intelligent defect detection system for high-temperature components of gas turbines, developed by the team, was successfully selected, marking that the team's technical capabilities in the field of intelligent detection for high-end equipment have gained authoritative recognition.
This selection of manufacturing empowerment resources was carried out in strict accordance with the "Administrative Measures for Manufacturing Empowerment Resources of the Department of Industry and Information Technology of Guangdong Province" (Yue Gong Xin Gui Zi [2026] No. 2). It underwent multiple rounds of screening, including voluntary enterprise application, municipal recommendation, and expert review. It focuses on empowering the transformation and upgrading of the manufacturing industry with new technologies, with emphasis on selecting technology products and solutions that are technologically advanced, highly implementable, and possess industrial promotion value.
High-temperature components of gas turbines (such as turbine blades and combustion chambers) are the "heart" of energy and power equipment. They operate under complex conditions of high temperature and high pressure for extended periods and are highly prone to various defects such as cracks, coating spalling, corrosion, and oxidation. Traditional inspection relies heavily on manual visual inspection through borescopes, which presents industry pain points such as inconsistent interpretation standards, high risk of missed detection, low inspection efficiency, and difficulty in digitally retaining defect data, thereby constraining the improvement of gas turbine manufacturing and maintenance quality.
In response to these practical industry pain points, the team has developed an intelligent defect detection system for high-temperature components of gas turbines based on industrial intelligent detection technology. The system integrates key technologies such as 2D + 3D multi-source data acquisition, multi-dimensional data fusion, robot collaborative control, and AI deep learning-based defect recognition. It serves the fields of gas turbines, aerospace, and marine high-end equipment, enabling automated high-precision defect detection of heterogeneous components, quantitative measurement of defect dimensions, and automatic qualification determination of workpieces. The system can effectively reduce the reliance of high-temperature component inspection of gas turbines on experienced inspectors, improve inspection consistency and work efficiency, help high-end energy equipment manufacturing enterprises improve quality and reduce costs, and provide solid technical support for the digital and intelligent upgrading of Guangdong Province's high-end equipment industry.
Taking this opportunity, the team will continue to deepen its research and development in artificial intelligence detection technology for high-end equipment, continuously refine its product capabilities, deliver mature and implementable intelligent detection solutions, fully leverage the value of provincial-level manufacturing empowerment resources, and serve the high-quality development of the manufacturing industry.