Intelligent Overhead Crane for Smelting Feeding

The intelligent overhead crane for smelting feeding can collect the operating environment information through sensors and vision systems, and can realize full automation and intelligent operation. It not only releases manpower and improves work efficiency, but also avoids potential safety hazards caused by human factors. This kind of crane is mainly used for the nickel-iron smelting and feeding of the nickel industry, and the crane hoisting and transporting the special material tank to realize the feeding procedure. And this crane has the functions of automatic identification, automatic hook, automatic feeding, automatic bucket change and so on.

There are many crane manufacturers in China, and the production competition is becoming more and more fierce. With rich industry experience and professional production level, Henan Seven Industry Co., Ltd. stands out in the fiercely competitive market and has a firm foothold. In addition, as people’s requirements for hoisting machinery are getting higher and higher, manufacturers’ requirements for equipment technical content are also getting higher and higher. At the critical moment of confrontation and transformation, intelligent and high-end equipment is the best future for crane development. To complete the intelligentization of overhead cranes, high-end intelligent equipment is inseparable. Both smart meters and smart sensors can be applied to the crane to assist the crane to complete its intelligence. The intelligence of the crane is a strong guarantee for the stability and safety of the lifting equipment. It can monitor various instruments and working conditions, etc. In addition, intelligent lifting machinery equipment will also have fault self-diagnosis and self-correction capabilities, which can save users maintenance time, reduce maintenance costs, reduce failure rates, and increase production power.

Intelligent overhead cranes provide more convenience to the operator’s work. When operators start operating a crane loaded with smart features, their job immediately becomes easier. With shorter load cycles, more efficient operators save more time and money, increasing productivity. Because the control system optimizes the movement of the crane, the crane and its components wear less and thus last longer. Most importantly, the chances of human error are reduced, so safety is greatly improved.