This equipment adopts a portable and modular design with a pull rod, supports flexible adjustment of laser power from 0-100%, and is suitable for dozens of materials such as stainless steel, aluminum alloy, titanium alloy, ceramic, glass, plastic, and wood. It is widely used in precision electronic component processing, automotive parts marking, high-end craft engraving, metal surface dirt removal, and cultural relic restoration.

2.1.1 Three-in-One, All-Round and Highly Efficient

Breaking through the limitations of traditional single-function equipment, this device achieves "three uses in one" through control switching technology. Laser marking/deep engraving achieves a repeatability accuracy of 8μRad, producing fine graphics; the deep engraving mode has a penetration of up to 2mm, meeting the needs of industrial-grade structural engraving; the cleaning function uses non-contact peeling technology to precisely remove micron-level oxide layers, paint, rust, oil, oxides, rubber, carbon black, ink stains, etc., balancing efficiency and environmental protection. It boasts high integration, lightweight portability, and wide environmental adaptability, greatly improving the efficiency and convenience of outdoor or mobile laser surface processing.

2.1.2 Modular Intelligent Manufacturing, Plug and Play

The laser, output head, control module, and battery can all be independently disassembled and upgraded. Standardized plug-and-play interface design significantly reduces equipment iteration and maintenance costs.

2.1.3 Revolutionary Energy Efficiency, Cost Reduction and Efficiency Improvement

A single device can replace three types of traditional equipment, reducing overall operation and maintenance costs by 60% and significantly shortening the investment payback period. 2.1.4 Synergistic Value

● The same equipment integrates three functions, allowing for direct marking or deep engraving (such as removing the oxide layer and then engraving codes) after cleaning, or removing the original markings before reprocessing old parts, significantly improving process efficiency.

3 ● By precisely controlling laser parameters (power, pulse width, frequency, etc.), all three technologies can achieve "micro-area processing" and "intelligent controllability," becoming one of the core processes of modern precision manufacturing.