Wen Dao Zhe WIN7 Cleaning Robot
A commercial cleaning robot designed specifically for large indoor environments, integrating both scrubbing and dust mopping functions, suitable for complex scenarios such as airports, high-speed rail stations, hospitals, shopping malls, office buildings, and industrial workshops. The WIN7 adopts 3D stereo vision navigation technology to replace traditional LiDAR solutions, creating a low-cost, highly robust control system. Its 3D spatial obstacle avoidance and semantic interaction technology monitors risk factors in real time, such as steps, ramps, and glass doors, while the built-in fall sensors and collision buffering mechanism ensure zero falls and zero false touches. Through a cloud task scheduling system and peripheral linkage system (elevators, gates, etc.), multiple robots can collaborate across regions and floors, easily handling various complex cleaning environments.
Wen Dao Zhe WIN14 Commercial Road Sweeping Robot
This robot is based on high-precision LiDAR fused with multi-modal sensors for depth perception, enabling dynamic scene understanding, autonomous navigation and obstacle avoidance, and precise edge cleaning. It provides an intelligent cleaning solution designed for semi-enclosed outdoor environments such as parks, residential areas, scenic spots, campuses, and hospitals.
Companion Robots
Winnie Wheeled Companion Robot deeply integrates navigation control, environmental perception, and emotional interaction technologies. It can recognize small obstacles and dynamic pedestrians, and, combined with sound-source localization and visual technologies, can locate people autonomously. With the intelligent recharging system, it can remain on standby all day.
The humanoid companion robot is equipped with high-performance robotic joints, featuring high torque density and torque bandwidth, adaptable to multiple scenarios. It provides intelligent interaction, autonomous inspection, and anomaly detection functions, offering attentive companionship and protection around the clock.
