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WD-X1 mini autonomous disinfection robot is a compact unmanned atomization sterilization AMR designed for small and medium indoor spaces. Adopting multi-sensor fusion SLAM navigation combining LiDAR, RGBD depth camera and IMU, it realizes rapid remote mapping, intelligent independent path planning and full-range blind-spot-free obstacle avoidance. Built-in 13L super-large disinfectant tank supports HClO, hydrogen peroxide and chlorine dioxide multi-type disinfectants with 2-meter wide atomization coverage and sterilization efficiency higher than 99.99%. It supports fully automatic timed disinfection task scheduling, automatically returns to charge when power is low and shuts down safely when liquid runs out, with complete traceable disinfection record data. The cloud intelligent management platform realizes multi-terminal remote monitoring, big data statistical analysis and multi-robot collaborative scheduling, and can link elevators and automatic doors via IoT to complete cross-floor full-space unattended disinfection, perfectly matching disinfection demands of hospitals, schools, office buildings, shopping malls and manufacturing workshops.

WD-T800S dual-mode four-wheel-drive chassis can switch between two forms: tracked tank and Mecanum wheel. It features an aluminum alloy body with a maximum load capacity of 15kg, equipped with 12V encoder reduction motors, and supports remote control and serial port control. An optional STM32 development mainboard is available, making it suitable for scientific research, teaching, outdoor inspection and ROS secondary development.

WD-EX1 explosion-proof inspection quadruped robot dog, 12DOF 500Nm explosion-proof joints, Ex IIB T4 Gb explosion-proof grade, IP66 protection. Equipped with LiDAR, dual depth cameras, gas sensor and explosion-proof PTZ, supports autonomous navigation & secondary development, for petrochemical and flammable hazardous environment inspection.

The Weide's China Hull Cleaning Robot is an advanced underwater maintenance system designed for automatic cleaning of ship hulls and marine structures. It uses intelligent navigation and high-efficiency brushing or suction systems to remove marine growth, algae, and biofouling from vessel surfaces. The robot significantly improves cleaning efficiency while reducing dry-docking time and maintenance costs.

WD-K0 lightweight high-speed tracked robot chassis with full aluminum frame and carbon fiber suspension. Adopts low-resistance segmented tracks, supporting in-place rotation, max speed 10KM/H, weight under 50KG. Equipped with coreless DC servo motors, planetary reducers and 12 hydraulic dampers, patterned tracks offer strong traction and smooth off-road performance for reconnaissance robots.

This autonomous suction wall climbing robot is engineered for high-altitude infrastructure inspection on concrete surfaces. Utilizing advanced negative pressure adsorption, the suction wall climbing robot ensures stable adhesion and precise movement in temperatures ranging from -20°C to +50°C. Equipped with dual 1080P cameras and AI detection systems, it replaces manual labor for safer, more efficient contact-based operations. With a payload of ≤5 KG and modular design, this robot integrates data management for comprehensive structural health monitoring.