On the afternoon of October 25, 2025, the China Association for the Promotion of High-Tech Industry Development (hereinafter referred to as “the Association”) convened a review meeting for the group standard “General Code Specification for Collaborative Control of Laser Processing in Industrial Robots.” The meeting aimed to conduct a comprehensive evaluation of the standard's scientific rigor, practicality, and operational feasibility, thereby providing robust technical support for high-quality development in the field of industrial robot laser processing. This standard was developed under the leadership of Zhejiang Mok Laser Intelligent Equipment Co., Ltd.

The review meeting convened an evaluation committee comprising Professor-level Engineer Wang Tao from Tianjin Leyanfengxu Technology Co., Ltd., Associate Researcher Wang Xubao from Beijing University of Technology, Associate Professor Feng Jiecai from the School of Mechanical and Automation Engineering at Shanghai University, Senior Engineer Cheng Yunzhi from Jiangsu Jianheng Technology Co., Ltd., Associate Researcher Sun Guangzhi from the China National Institute of Standardization, as well as representatives from user organizations: General Manager Guan Kai from Huzhou Leiming Laser Technology Co., Ltd. and Deputy Director Qi Yonggang from the R&D Department of Zhejiang Zhongshu Laser Equipment Co., Ltd. Eight drafting representatives, including Professor Cao Yu from Zhejiang Mok Laser Intelligent Equipment Co., Ltd., attended the meeting. The session was chaired by Director Wang Likuan of the Standardization Working Committee under the China Association for the Promotion of High-Tech Industry Development.

 At the meeting, the standards drafting team systematically reported on the background, purpose, significance, development principles, drafting process, core content, and feedback handling of the standard. This standard focuses on establishing a universal code specification for collaborative control in industrial robot laser processing. By standardizing code formats and defining control parameter requirements, it constructs a highly versatile and compatible technical framework aimed at enhancing the collaborative efficiency and standardization level of industrial robot laser processing systems.

 The review committee carefully listened to the technical presentation, meticulously examined the draft standard and related materials, and conducted clause-by-clause inquiries and in-depth discussions on the content of each chapter. Experts offered constructive revision suggestions from multiple perspectives, including technical details and application scenarios, providing crucial guidance for refining the standard. During the review, the committee highly commended the drafting team's preliminary work, affirming that the standard's content aligns with industry development needs and meets relevant regulatory requirements. The committee unanimously approved the standard and recommended that the drafting group promptly revise and refine it based on the review feedback to prepare a submission draft, proceeding with approval and publication according to established procedures.

 The drafting unit representative expressed sincere gratitude to the experts for their rigorous and professional approach, pledging to fully incorporate their feedback, complete the revisions in accordance with scientific standards, and advance the implementation of the standard. The meeting also finalized arrangements for drafting and archiving the minutes to ensure traceability of the review process.

 The successful convening of this review meeting marks a significant milestone in the development of the group standard “General Code Specification for Collaborative Control of Laser Processing in Industrial Robots.” The final release and implementation of this standard will provide critical technical support for the standardized and collaborative development of China's industrial robot laser processing industry, propelling the sector into a new phase of high-quality development.