The core technology of remote laser dismantling tools is based on the focusing and control of high-energy laser beams, utilizing the high temperature and high energy density of lasers to achieve rapid heating, melting, or evaporation of target materials, thereby achieving the purpose of dismantling and cutting. Unlike traditional mechanical dismantling tools, this laser tool can be operated remotely, with a distance of several tens or even hundreds of meters. Taking a typical case as an example, during the dismantling of an abandoned chemical warehouse, workers were unable to enter the enclosed space for demolition. Remote laser tools were used to operate from a safe distance through remote control, successfully cutting internal blockages. The efficiency was improved by about 30% compared to traditional mechanical tools, and the safety of operators was guaranteed. The application of such tools in complex environments not only improves efficiency, but also reduces the time personnel are exposed to harmful environments.

In terms of operational advantages, remote laser dismantling tools have the following advantages. Non contact operation eliminates the need for direct contact with the target in hazardous environments, avoiding potential hazards such as electric shock and chemical corrosion. Secondly, high-precision control of lasers can achieve precise cutting of details and reduce unnecessary damage. For example, when dismantling old mechanical equipment, specific parts can be disassembled with high precision to avoid affecting the surrounding structure. Thirdly, laser dismantling has a fast speed and can complete multiple tasks per unit time. Taking the dismantling of an abandoned factory as an example, a large steel structure was disassembled into several sections using laser tools, each less than one meter long, making it easier to transport and recycle. The overall dismantling cycle was shortened by 40% compared to traditional methods. Laser tools have a high degree of automation and can be connected to monitoring systems for remote monitoring and automatic operation, improving overall work efficiency.

Another noteworthy application scenario is the sealing and dismantling of abandoned mines. The internal space of the mine is narrow and the structure is complex, making it difficult for traditional mechanical equipment to enter, and there are risks such as gas leaks and landslides. The laser dismantling tool can be equipped with a long-distance control system for remote operation of dismantling operations. For example, during the sealing process of an abandoned mine, laser cutting equipment was used to gradually dismantle the mine structure, avoiding the risk of personnel operating in narrow spaces. After actual testing, the operation time was reduced by about 35% compared to mechanical dismantling, while also reducing the possibility of gas leakage. It is worth mentioning that laser tools can also be combined with carriers such as drones and robots to enhance adaptability to extreme environments, and can play a role in more complex scenarios in the future.