Hubei 3611 Emergency Equipment Co.，Ltd.
2026 World Robot Conference: Central SOEs Showcase Multi‑scenario "Silicon‑based Partners"
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Release time：2026-09-02 11:18
Deployed in production and operation‑maintenance scenarios, robots address several key pain points. First, they free up human labor. Second, they boost operational efficiency. Third, they keep human workers away from hazardous special‑task scenarios. At the Central SOEs Exhibition Area, numerous “silicon‑based partners” are capable of operating in the air, underground and underwater, resolving pain points across segmented production and O&M scenarios one by one.
Developed independently by China North Industries Group Corporation, the fully‑domestic full‑size humanoid robot “Fuxi” features sentry‑duty functions including personnel identification and abnormal‑event alerts. In formation, it can perform urban night‑time inspection missions. The special “external avatar” teleoperation system represents China’s first self‑controllable teleoperation solution for 90‑kilogram‑class full‑size humanoid robots. It has made breakthroughs in real‑time human‑motion remapping and isomorphic teleoperation technologies. Tailored for high‑risk and complex scenarios, it fully supports tasks such as remote reconnaissance, unmanned operations and special‑event disposal, and establishes a new human‑machine collaboration mode: “human operators in remote control, robots conducting on‑site operations”.
Robots stand out even more in hazardous scenarios. In high‑voltage equipment operations, maintenance personnel used to approach switch cabinets closely to read meters and conduct on‑site manipulations. Any negligence would expose them directly to safety hazards. Developed independently by China Electrical Equipment Group, the “Kui Niu” high‑voltage switch‑cabinet operation robot comes with built‑in navigation. It can move freely inside switch‑cabinet rooms and position itself steadily in front of each piece of equipment. Its binocular pan‑tilt camera acts like a pair of sharp eyes, automatically identifying indicator lights and reading meter data to spot hidden equipment faults instantly. Its dexterous collaborative robotic arm replaces human hands, undertaking high‑risk tasks including switch closing‑opening operations and equipment inspection.
For bridge and large‑component prefabrication as well as huge tank projects, steel formwork cleaning and concrete spraying were once mostly performed by workers working at height, accompanied by heavy dust and high safety risks. The magnetic‑adsorption wall‑climbing steel‑formwork cleaning robot developed by CCCC sticks firmly to steel formworks like a “Spider‑Man”. It autonomously plans its route, performs grinding while conducting inspections, and supplements cleaning for missed areas in a timely manner. Its cleaning efficiency is approximately 200% higher than manual labor.
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