T/XZBX 0065-2025 Laser processing equipment energy efficiency classification and green manufacturing evaluation specification

Scope

Laser processing technology, as a core supporting means of advanced manufacturing, is widely used in multiple fields such as metal cutting, welding, surface treatment, and additive manufacturing, featuring high processing accuracy, concentrated energy consumption, and strong flexibility. In recent years, with the continuous improvement of equipment automation and intelligence, the application proportion of laser processing equipment in high-end manufacturing fields such as precision manufacturing, new energy equipment, rail transportation, and aerospace has continued to rise. Its overall energy consumption level and green manufacturing attributes have a significant impact on the industry's energy conservation and emission reduction goals and green low-carbon development strategies. Currently, there are widespread problems in the design, manufacturing, and use of laser processing equipment, including uneven energy efficiency levels, inconsistent green attribute evaluation indicators, and difficulty in quantifying environmental performance during the manufacturing process, which restrict the effective implementation of green product certification, policy incentives, and user green procurement. There is an urgent need to establish scientific, actionable, and comparable energy efficiency grading standards and green manufacturing evaluation systems to guide enterprises in improving equipment energy efficiency design capabilities and green manufacturing levels, and promote the green upgrading of the industry. In response to the national requirements for the construction of a green manufacturing system, the implementation of the carbon peaking and carbon neutrality strategy, and the promotion of efficient, safe, and clean development of laser processing equipment, this document is formulated. Based on the life cycle process of laser processing equipment and combining factors such as operational energy efficiency, resource and environmental impact, and production process

Development Information

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