China Cloud multi-robot collaborative scheduling sanitizing robot Manufacturer, Supplier, Factory

If you are looking for reliable manufacturers and suppliers of Exterior Wall Cleaning Robots, this product directly sold by Weide Factory is an intelligent maintenance system specially designed for cleaning the exterior walls of high-rise buildings. It integrates a climbing device, a high-pressure cleaning system and intelligent control technology, and can safely and efficiently clean the glass, concrete and metal surfaces of high-rise buildings. It significantly reduces the need for manual work at heights, improving safety and efficiency.

This Heavy-Load Magnetic Wall-Climbing Robot excels in factory rust/paint removal and shipyard maintenance. Featuring dynamic speed control, auto lane-changing, and adaptive obstacle-crossing tech, it handles 80-90kg loads at 0-20m/min with IP65 protection. Proven in Yangzhou shipyard trials for hull operations, it combines robust R&D with practical performance for demanding industrial surface tasks.

WD-Ma360 magnetic tracked wall climbing robot chassis is a ferromagnetic adsorption industrial crawler platform designed for vertical metal wall operations. Equipped with dual 240W brushless DC reduction motors, it delivers 16.8NM torque, supporting 10kg rated vertical payload and up to 60kg extreme test load at 85°. With ultra-low 3mm ground clearance, it adapts curved surfaces with a minimum cylinder diameter of 5 meters, compatible with steel tanks, ship hulls and iron structural walls. Adopting stainless steel & aluminum frame, IP54 waterproof rating and dual-fan heat dissipation, this wall crawler chassis works stably for inspection, rust removal and cleaning tasks. Powered by DC24V 10AH lithium battery, adjustable speed ranges from 0 to 0.5m/s, customizable OEM service available.

WD-W2M remote control wheeled chassis is a universal integrated 4-wheel differential robot platform equipped with self-developed double wishbone suspension, delivering outstanding torsional rigidity, lateral stability and superior terrain passability. It adopts dual 1500W brushless DC motors with encoders and full-communication drivers. Standard 48V30Ah lithium battery with BMS protection, upgradeable to 48V60Ah. Two solid explosion-proof tire options: 390mm / 450mm diameter, maintenance-free for complex roads. Exquisite industrial shell design reserves abundant space for electrical payloads, widely used in reconnaissance, inspection, exploration, scientific research and educational robot projects.

Are you looking for a professional manufacturer of Wall-Climbing Robots? This product, manufactured by the Weide factory, is specifically designed for high-altitude vertical operation scenarios. This intelligent wall-climbing robot breaks through the limitations of traditional operations and can move flexibly on various vertical walls. Even when facing inverted surfaces, it can firmly adhere and run smoothly without the need to build scaffolds, hanging baskets, or other auxiliary facilities. It can easily overcome the challenges of high-altitude operations.

WD-W3-4400M/L all wheel steering wheeled chassis series are universal 4WS four-wheel steering robot platforms, built with independent 4-wheel drive, independent steering and independent damping suspension. Multiple flexible motion modes are supported: forward/backward travel, lateral side shift, in-situ zero turn and Ackermann steering. The whole vehicle structure is compact, sturdy and durable, equipped with servo electric hub motors; customers can choose honeycomb solid explosion-proof tires or rubber pneumatic tires for different terrain, easy daily maintenance. Standard 48V30Ah lithium battery with BMS full protection system. Exquisite industrial housing design with large inner cabin space for installing sensors, control cabinets and other auxiliary equipment. Two models (M small heavy-load / L large off-road) cover different load & passability demands, widely used in reconnaissance, pipeline inspection, field exploration, university scientific research and robotics teaching projects.