Inspection robots are automated devices that use autonomous navigation, multimodal sensing, and intelligent decision-making capabilities to replace or assist humans in equipment monitoring, environmental detection, and safety hazard identification. Their core functions include real-time monitoring of temperature, humidity, gas concentration, equipment temperature, and vibration status;

A firefighting robot is an intelligent device specially designed for high-risk scenarios. It can fully replace firefighters in entering hazardous environments such as fire scenes with risks of explosion, toxic gas leakage, oxygen deficiency, or heavy smoke to perform fire suppression tasks. Its core advantages lie in its highly integrated environmental perception system (infrared thermal imaging, gas sensors, and LiDAR), enabling precise localization of fire sources.

Autonomous Forklift is a specialized form of intelligent transport vehicle (AGV/AMR), capable of autonomous positioning and path planning by integrating technologies such as LiDAR, visual recognition, SLAM navigation, and AI algorithms. It can perform automated material transportation in scenarios involving heavy loads, high lifting, storage/retrieval, and complex stacking tasks.

Autonomous Delivery Vehicles are intelligent transportation tools built on autonomous driving technology, artificial intelligence algorithms, and IoT (Internet of Things) systems. Specifically designed for urban last-mile logistics scenarios, they aim to address the "last kilometer" delivery challenge in cities.

A palletizing robot is an industrial robot specifically designed for automated stacking of goods. It is primarily used to replace manual labor in efficiently stacking or de-palletizing items such as boxes, bags, bottles, and cans—either arranging them into neat stacks according to predefined rules (e.g., orderly rows, layered stacking) or dismantling existing stacks.

The bird-repelling robot is an intelligent device designed to drive away birds through non-harmful means, reducing the economic losses and safety hazards caused by birds in specific areas. Traditional bird-repelling methods (such as manual driving, firecrackers, and scarecrows) have problems such as low efficiency, high cost, and environmental pollution.