In the construction and tunnel industry, demolition robots are widely used for demolition, crushing, excavation and other operations. Due to the complex working environment and high risk factor of construction and tunnel projects, the application of demolition robots can greatly improve work efficiency and safety.

In the mining industry, demolition robots are applied to operations such as roadway support, ore extraction, and fixed crushing stations beside ore passes. The use of these robots can reduce personnel casualties, improve production efficiency and lower production costs.

In the cement industry, demolition robots can complete tasks such as cleaning, maintenance and inspection inside cement kilns under high-temperature and high-dust environments. Their application can significantly improve work efficiency, shorten kiln downtime and cut down production costs.

In the metallurgical industry, demolition robots are extensively used for operations including ladle dismantling, hot electric furnace demolition and hot furnace mouth cleaning. With the adoption of these robots, the maintenance time of main equipment can be greatly reduced and the operational rate of production equipment can be improved while ensuring the safety of construction personnel.

In the nuclear industry, demolition robots can perform demolition and crushing operations in radioactive environments, avoiding the danger of manual operation and ensuring the safety and efficiency of work.

In fire rescue operations, demolition robots can replace firefighters to enter fire scenes with major potential safety hazards for close-range firefighting tasks. They are capable of remote-controlled spraying of water and foam, as well as image transmission of the fire scene. Equipped with high-power smoke exhaust and water mist spraying functions, strong walking and climbing capabilities, self-protection sprinkler devices, as well as powerful functions of obstacle demolition, object grabbing and bucket operation, these robots greatly enhance work efficiency with high safety performance.

In earthquake relief efforts, demolition robots can quickly adapt to the environment and demonstrate excellent performance. They can adjust operation methods and intensity according to actual conditions to ensure the safety and efficiency of the demolition process. In addition, demolition robots have strong durability and stability, enabling them to maintain stable performance during long hours of operation.

In road construction operations, demolition robots can replace manual labor to remove damaged pavement. This not only greatly improves work efficiency and reduces labor costs, but also enhances safety and provides a more precise and controllable demolition process.