On December 10th, the "Development and Application of Precision Reducer High-Precision Comprehensive Performance Testing Instrument" project officially kicked off at Tianjin Baodi Precision Industry Group in Baodi District, Tianjin. The event marked a significant step forward in China's efforts to enhance its capabilities in precision machinery and industrial automation.
A series of key organizational structures were established during the launch meeting, including a supervision team, a general expert group, a project overall group, a technical expert group, a user committee, and a project management office. These groups will oversee different aspects of the project, ensuring smooth coordination and execution. Letters of appointment were issued to relevant personnel, signaling the formal start of the initiative.
Professor Zhu Zurong, the project leader, presented the implementation plan to the attendees, which was reviewed and approved by the “two groups and one committee.†Experts from the Ministry of Science and Technology, the Tianjin Science and Technology Commission, and the Baodi District Science and Technology Commission were also present. They conducted an on-site inspection of the company’s R&D capabilities, high-end precision equipment manufacturing standards, and quality management systems to evaluate its readiness for the project.
It is widely recognized that the core technology behind precision reducer performance testing has long been dominated by foreign countries. Domestic manufacturers in China have struggled with challenges such as weak technical foundations, limited development time, and insufficient investment in basic theoretical research. As a result, existing testing equipment often suffers from poor structural rigidity, unstable accuracy, low detection efficiency, and limited intelligence.
To address these issues, the project team will integrate fundamental theoretical research with practical application development. By bringing together top experts from two national key laboratories specializing in precision instruments, the National Robotics Inspection Center, and leading domestic manufacturers of precision reducers, the project aims to develop a high-precision comprehensive performance testing instrument and advance its application technologies.
The successful implementation of this project is expected to break the foreign monopoly, elevate the overall technical level of China’s precision reducers, and address critical bottlenecks in the development of industrial robots. This initiative holds great practical significance for the advancement of China’s high-tech manufacturing sector.
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