China Android Control Robot Manufacturer, Supplier, Factory

WD‑WR200Y is an Ackermann steering wheeled robot chassis with four‑wheel independent suspension. It supports ROS secondary development, large load capacity, fits research, teaching and outdoor unmanned robot projects.

The B20-4 Wall Cleaning Crawling Robot uses a flexible magnetic chassis for stable ship hull cleaning. With 3000bar pressure, it removes rust efficiently on curved surfaces. This climbing robot automates hazardous tasks, ensuring safety and high productivity in industrial maintenance.

The Cleaning UAV is an intelligent aerial solution specifically designed for high-altitude and complex-environment cleaning operations. Equipped with an integrated high-pressure cleaning system and a stable flight control platform, it enables safe and efficient cleaning of building facades, glass curtain walls, solar panels, and industrial structures. Compared with traditional manual operations, it significantly improves efficiency while reducing safety risks, making it ideal for commercial buildings, energy, utilities, and municipal maintenance applications.

This industrial wall climbing robot is engineered for high-altitude tasks on magnetic surfaces. Featuring a robust servo motor system and IP65 protection, it ensures reliable operation in harsh environments. With a compact size of 560540220mm and a significant payload capacity of 30-40kg, this climbing robot excels in ship hull cleaning, tank inspection, and heavy-duty maintenance. Its polyurethane wheels and 10mm obstacle crossing ability guarantee smooth navigation, making it an efficient solution for automated vertical operations

WD-S factory intelligent material conveying AMR robot is a roller conveyor type autonomous transfer robot specially designed for smart factory production line automated material docking and circulation. With a 100kg stable rated load, the built-in roller conveying mechanism realizes automatic seamless docking with assembly line roller conveyors, realizing unmanned transfer of cartons, material bins and pallets between stations and workshops. It adopts LiDAR + depth camera dual-sensor fusion obstacle avoidance to eliminate detection blind spots, supports local independent multi-robot collaborative scheduling without extra RCS deployment, and can link elevators, automatic doors and roller shutters via smart IoT to realize cross-floor unmanned conveying. The open chassis platform supports customized scissor lifting conveyor and secondary development docking with MES/WMS production management systems, widely used in 3C electronics, precision instruments, e-commerce warehouses and traditional manufacturing workshops to fully replace manual line-side feeding and finished goods turnover.

WD-S300 and WD-S300E heavy-duty undercarriage latent autonomous transfer robots are submerged under-ride lifting AMRs designed for heavy material shelf automatic circulation. Both models adopt ultra-low 310mm compact body, built-in 50mm hidden lifting mechanism, rated maximum load up to 300kg. WD-S300 compact version matches small standard shelves with 70cm minimum passing width; WD-S300E widened chassis fits oversized large racks, requiring 75cm aisle width. Equipped with LiDAR+IMU+RGB camera multi-sensor fusion positioning, ±5mm high precision navigation, 30Ah lithium battery supports over 9 hours continuous running, automatic return charging and 4G/WiFi multi-robot cluster scheduling, zero-track deployment, ideal for auto parts, machinery, 3C electronic and medium-heavy warehouse turnover rack unmanned transfer.