Laser cleaning is moving beyond traditional rust, paint, oil, and oxide removal into higher-value applications such as aerospace, new energy vehicles, power batteries, shipbuilding, mold maintenance, and cultural heritage restoration. In 2026, the global laser cleaning market is estimated at approximately USD 796.74 million, and it is projected to reach around USD 956.74 million by 2035, with a CAGR of about 6.3%.
Technologically, laser cleaning is no longer defined only by higher laser power. More precise process control is becoming a central trend. Recently, a laser cleaning control method based on digital twin technology was disclosed, which collects multi-modal sensing data during cleaning, evaluates the risk of substrate damage in real time, and dynamically adjusts laser parameters. This shifts laser cleaning control from post-process compensation to pre-process prevention. At the same time, 3D vision, AI-based recognition, online inspection, and robotic integration are being adopted more widely in mold cleaning, battery electrode cleaning, and pre-weld surface preparation.
For overseas industrial customers, purchasing decisions are shifting from a single focus on laser power to a broader evaluation of cleaning consistency, substrate protection, automation integration, production line compatibility, and long-term maintenance cost. In the coming years, laser cleaning systems with intelligent parameter adjustment, remote monitoring, robotic collaboration, and advanced safety protection are expected to gain stronger adoption in automotive manufacturing, aerospace, ship maintenance, and precision manufacturing.
