Laser cutting machine industry structure and technological breakthroughs: domestic substitution is accelerating, high power and intelligence become the mainstream

Created on 06.13

1.1 Global market structure and localization process

The market scale continues to expand: In 2024, China's intelligent laser cutting equipment market has exceeded 28.6 billion yuan, and is expected to jump to 35 billion yuan in 2025, with an annual compound growth rate of 22%. The global market also shows a strong growth trend, from 9.123 billion US dollars in 2023 to 18.218 billion US dollars in 203036. This growth is mainly due to the increase in manufacturing demand for precision processing and the accelerated replacement of traditional processing methods.

Domestic substitution is accelerating: Chinese companies have significantly improved their competitiveness in the global market. With an annual sales volume of 8,000 units (2024 data), Bond Laser has won the global laser cutting machine sales champion for six consecutive years. In terms of market share, China's laser localization rate has reached 85%, the self-sufficiency rate of optical components exceeds 50%, and the domestic proportion of motion control systems is 60%, but core components such as high-end chips are still partially dependent on imports.

1.2 Technological breakthroughs and innovation trends

Breakthrough in the localization of high-power technology: Chinese companies have made major breakthroughs in the field of high-power lasers. The localization rate of 30kW fiber lasers has reached 65%. Raycus Laser, Max Laser and other companies have successfully broken the foreign monopoly. Bond Laser launched the industry-leading 30kW equipment, which can cut 100mm thick carbon steel plates. The power of its self-developed laser head has even reached the ultra-high power field of 120kW.

Intelligent control system upgrade: The penetration rate of intelligent control systems in the industry has reached 60%. By integrating AI algorithms, the Internet of Things and big data analysis, real-time monitoring and adaptive adjustment of the processing process have been achieved. The intelligent system of Han's Laser has successfully increased the material utilization rate by 18%, significantly reducing production costs. Kejie Technology even demonstrated an intelligent machine tool based on AI voice control at the CIMT 2025 exhibition. Ordinary operators can instruct the equipment to run without programming.

The scanning and cutting 3.0 technology launched by Bond Laser has achieved an extremely high processing efficiency of 8 holes per second on a 1mm stainless steel plate, and is hailed by the industry as a "thin plate processing tool." At the same time, the "laser + robot" composite technology realizes flexible processing of complex surfaces, and the "laser + 3D printing" technology improves part performance by 30%.

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