Steel wire ropes, as the core load-bearing components of key equipment such as cranes, elevators, ropeways and mine hoists, their damage conditions directly affect life safety and major property protection. According to statistics, approximately 80% wire rope failure accidents result from the accumulation of damage that was not detected in time. How to accurately and efficiently detect wire rope damage and improve...

In the arteries of the industrial sector, steel wire ropes, with their outstanding load-bearing capacity, silently support the operation of heavy equipment and connect seemingly unreachable heights. However, even the toughest steel wire rope, under the daily burden and friction, cannot escape the fate of "exhaustion". When this kind of "fatigue" accumulates to a certain extent...

In modern industrial production, steel wire ropes are everywhere, from mine hoists and lifting machinery to bridge cables and ropeways. They silently bear huge loads and are key components that ensure the normal operation of equipment and the safety of personnel's lives. However, during the long-term service of steel wire ropes, wear and tear is inevitable...

In numerous fields such as industrial production, construction, port logistics, mining, and transportation, steel wire ropes, as crucial load-bearing and traction components, their safety directly affects the lives of personnel and the normal operation of equipment. However, during the long-term use of steel wire ropes, they are inevitably subject to wear and corrosion...

In the thousand-meter-deep mines, on the hundred-meter-high tower cranes, and in the elevators shuttling through the city - steel wire ropes are like the "lifeline" of the industrial world, bearing tremendous pressure. However, a 0.5mm broken wire or a spot of rust that is hard to detect with the naked eye can both trigger a chain collapse. In 2023, a hoisting rope in a certain coal mine broke, causing 14 people to be injured...

In the scorching steam of chemical plants and the deafening roar of power stations - cooling towers are like the "steel lungs" of the industrial world, constantly swallowing and spitting out tens of thousands of tons of cooling water. However, a single oil leakage due to overheating of the bearing or a 0.5-millimeter deviation of the blade may both trigger a chain explosion. Modern cooling tower monitoring systems precisely operate at the millisecond level...

At the top of the 80-meter-high boiler, inside the furnace at 60℃, and on the maintenance platform filled with dust and coal ash - the boiler maintenance workers seem to be walking on the boundary between steel and flame. The accident at a certain power plant in May 2024 sounded the alarm: two maintenance workers fell due to abnormal vibration of the platform, which exposed the traditional maintenance supervision...

On the swaying construction platform of the cross-sea bridge, on the steep ridge line of the wind farm, and on the broken walls of the post-disaster ruins - mobile cranes, like steel fortresses, shoulder the most arduous hoisting mission. When it spreads its outriggers to exert force, the ground beneath its feet may be collapsing and the high-voltage lines above its head are faintly visible. Modern mobility...

In the narrow corners of construction sites, above the city where high-voltage lines are densely packed, and on the mountain peaks where fierce winds howl - truck cranes (truck hoists) are like steel mantises, exerting tremendous power in a small space. The modern anti-collision and anti-overturning visual monitoring system is precisely the life-protecting system that enables these "high-altitude dancers" to perform precisely on the edge of danger...

I. The three major concerns of Operators 1. "How to prevent outriggers from sinking?" ​​ Pressure self-regulating system: Real-time scanning of ground bearing capacity (scanning foundation hardness every 0.5 seconds) Millimeter-level settlement warning: Alarm immediately if the outrigger sinks by more than 3mm (exceeding the thickness of the spoon) Practical case: Hangzhou Metro...

On the steep slopes where wind turbine towers are to be climbed, in the restricted areas where nuclear power plant domes are to be hoisted, and on the construction platforms of cross-sea Bridges - crawler cranes (crawler hoists) are like moving steel mountains, supporting super projects with a force of thousands of tons. And the crawler crane monitoring system is precisely what enables these "earth travelers" to navigate through soft foundations, steep slopes...

In the vast steel forest of the port wharf, gantry cranes (portal cranes) and portal seat cranes (portal seat cranes) are like two giants with distinct personalities - one moves steadily along the track, and the other rotates flexibly around the base. When the "monitoring system" becomes their intelligent brain, these two systems go their separate ways due to the essential differences in their equipment...