The core of long-distance laser cutting lies in utilizing high-energy laser beams to cut or melt materials. When the laser is focused on the surface of the target object, the local temperature rises rapidly, causing the material to vaporize or melt within an extremely short time, thereby achieving precise cutting or fragmentation. Compared to traditional mechanical demolition, long-distance laser cutting eliminates the need for physical contact, reducing additional wear and tear caused by tool abrasion and vibration.

Taking concrete as an example, traditional hydraulic breakers require repeated impacts to achieve fragmentation, while lasers can penetrate a certain thickness of concrete layers in seconds with neat cuts, reducing the difficulty of subsequent cleanup. This non-contact operation method is particularly suitable for use in complex environments, such as confined spaces or hazardous areas.