Industrial robots, as core operational units in smart factories, are widely deployed in high‑load, highly repetitive, and high‑risk tasks such as welding, stamping, material handling, assembly, and grinding. With their high‑speed reciprocating motions, extensive work envelopes, and substantial inertial forces, coupled with mixed human–robot workstations, frequent commissioning and modifications, and recurring instances of unauthorized personnel access, these areas represent hotspots for mechanical injuries and safety incidents. Traditional fixed heavy‑duty barriers and standard isolation fences provide only rudimentary physical separation, suffering from drawbacks such as obstructed visibility, high modification costs, lack of safety interlocks, inadequate early‑warning and control mechanisms, and insufficient compliance—making them ill‑suited to the flexible production demands of modern robotics and the advanced EHS management requirements of today’s manufacturing environments. 
Ecoguard industrial robot safety protection solution, deeply rooted in dedicated protective scenarios for robotic workstations, centers on lightweight structural innovation, modular rapid assembly, functional safety interlocks, and AI-powered intelligent early warning, to build a closed-loop robot safety protection system featuring physical isolation, access control, safety interlocking, and dynamic alerting. It is fully compatible with the operating conditions of various types of industrial robots and meets the stringent factory audit standards of leading manufacturing enterprises and foreign-invested factories.