Special Environment Industrial Robots

Special Environment Industrial Robots Product Introduction

Special Environment Industrial Robots are designed for reliability and stability, even in the harshest conditions. With a fully enclosed structure and IP67-rated wrist, they ensure long-lasting durability and protection. High-precision sensors and robust reducers enhance performance, meeting the demands of various industrial applications. Combined with an intelligent control system, these robots deliver fast, efficient, and interference-resistant operation.

Application Scenarios:

Nuclear facility maintenance robot:

Mainly used for maintenance, inspection, and cleaning of nuclear facilities. They are equipped with specific tools such as cutters, welding guns, cleaning brushes, etc. to perform specific maintenance tasks.

Radiation Monitoring and Sampling Robot:

Equipped with high-sensitivity radiation monitoring instruments and sampling devices, mainly used for radiation monitoring and sampling work. They can operate for extended periods in high-radiation environments, providing important radiation data for daily operations.

Underwater Robot:

Mainly used for underwater operations, especially in the cooling water systems of nuclear power plants and other underwater environments. They have underwater navigation and positioning capabilities, as well as underwater imaging and transmission devices, providing necessary underwater data. These radiation-resistant robots have unique design and functional features to meet different high-radiation environment tasks.

Remote Operation Robot: 

Operated remotely, allowing personnel to control the robot in a safe area through controllers or virtual reality equipment. Equipped with high-definition cameras, radiation monitoring instruments, and other sensors to provide operators with visual and radiation data.

Disaster Response Robot: 

Mainly used for responding to nuclear accidents or other radiation disaster scenarios. They usually have strong mobility and durability, capable of working in extreme environments, and performing rescue and cleanup tasks.

Autonomous Navigation Robot:

Equipped with autonomous navigation capabilities, relying on internal sensors (such as laser radar, camera, ultrasonic transducer, etc.) to move and position autonomously in complex environments. They usually have advanced path planning algorithms to optimize work routes and avoid potential dangers.