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At the scene of fire or earthquake rescue, traditional demolition tools often face problems such as limited operating distance and insufficient efficiency. A new type of tool called the 'remote laser demolition tool' is changing this situation - it allows firefighters to stand at a safe distance and use a high-energy laser to accurately cut through metal obstacles.
The core of this tool is an industrial grade fiber laser, which focuses energy on a very small spot through a special optical path system. When the power density exceeds 10 ^ 6W/cm ², the metal surface will heat up to the vaporization point within 0.1 seconds. Unlike handheld hydraulic shears, laser cutting does not generate mechanical vibrations, which is particularly important for rescue scenarios with high stability requirements.In practical operation, firefighters lock onto the target through a targeting system with thermal imaging, and the system automatically calculates the popular cutting path. For example, when dealing with deformed car doors, lasers can avoid the airbag sensor circuit with an accuracy of 1mm, which is difficult to achieve with traditional tools.
Considering the particularity of laser operations, this type of equipment is equipped with multiple protective mechanisms:
- Dynamic power adjustment: automatically reduces power when encountering reflective materials to avoid beam reflection;
- Third level interlocking device: personnel entering the work radius immediately cut off the laser;
- Real time environmental monitoring: stop working immediately upon detecting combustible gas;
Tests have shown that at simulated oil tanker accident sites, the tool can cut 20mm thick steel plates from 3 meters away, while the surrounding gasoline vapor concentration remains below the lower explosive limit.
Compared with traditional dismantling methods, laser dismantling tools demonstrate unique value:
- Speed: Cutting 5mm steel bars only takes 10 seconds, 60% faster than hydraulic equipment;
- Adaptability: Can handle various materials such as stainless steel and aluminum alloy;
- Portability: The weight of the latest model has been controlled within 40kg;
This is particularly prominent in high-rise rescue operations, where firefighters do not need to risk suspension operations and can carry out demolition from adjacent windows.