Automated Handheld Pulsed Laser Cleaning Machine

Yili Laser Automation's handheld pulsed laser cleaning machine, akin to a "blade of light" in the industrial cleaning sector, is redefining efficiency standards in the surface treatment industry with its cutting-edge pulsed laser technology. This revolutionary device features a modular design that seamlessly integrates a high-precision optical system with an ergonomic, lightweight body, allowing operators to wield up to 100W of pulsed laser energy as effortlessly as holding a pen. Its innovative three-dimensional dynamic focusing system acts like an intelligent navigation system for the laser beam, automatically adapting to surface curvatures within a 0-30mm range, ensuring each pulse delivers optimal cleaning results on the workpiece.

At its technical core, the equipment is equipped with a self-developed "spectral recognition" algorithm that, much like an experienced master craftsman, intelligently distinguishes between substrate materials and contaminants by analyzing plasma spectra in real-time. When the laser pulse width is precisely adjustable within the 2-20ns range, it’s as if mastering a "time magic" in the microscopic world—instantly vaporizing stubborn oxide layers while ensuring the base material remains completely unharmed. The specially designed dual-cycle cooling system, combined with a patented air duct structure, enables the device to maintain stable output even in ambient temperatures up to 40°C, achieving a continuous operation time of 8 hours, breaking industry bottlenecks.

In terms of application scenarios, this cleaning machine demonstrates remarkable adaptability: from precision paint removal on aerospace composites to non-destructive rust removal on nuclear power valve sealing surfaces; from millimeter-level restoration of ancient bronze artifacts to online maintenance of high-speed rail bogies. Its cleaning efficiency is up to 5 times higher than traditional sandblasting, while energy consumption is only one-third that of chemical cleaning, with operational costs kept below ¥0.2 per square centimeter. The AR-assisted operating system included with the device guides operators via holographic projection to optimize cleaning paths, enabling even novices to quickly achieve a cleaning pass rate of over 95%.