The Multifunctional Crane for Electrolytic Copper is a specialized and intelligent equipment developed for the production process requirements of electrolytic copper, integrating advanced structural design, intelligent control and diverse operation modes. It is well-adapted to special working environments such as high humidity, corrosion and metal dust, and provides reliable support for the efficient and safe operation of the electrolytic copper production line with high-standard design, manufacturing and assembly.​ In terms of structural design and precision improvement, the crane adopts a strengthened main beam design, which greatly enhances its mechanical performance and load-bearing capacity, ensuring stable operation under various working conditions. The main hoisting mechanism realizes synchronous lifting and is equipped with anti-roping and anti-wear devices, making it widely applicable to multi-lifting-point hoisting equipment. Meanwhile, the crane is equipped with automatic positioning function to prevent track climbing, which effectively improves the operation positioning accuracy of the main and trolley as well as the positioning accuracy of the special spreader, facilitating seamless coordination of the special spreader and ensuring precise operation.​ The crane features high intelligence and safe operation. Its automatic application program can remotely control the entire crane through the network, realizing real-time operation monitoring of the whole machine, and providing timely fault instructions and corresponding solutions to achieve highly intelligent operation. In case of communication failure, the prepared emergency manual control system can ensure the continuous operation of the special crane, enabling safe and stable completion of production processes without affecting production progress. In addition, excellent electrical insulation performance ensures the safe use and maintenance of the crane and spreader on the electrolytic cell with high current, eliminating potential safety hazards.​ It is equipped with diverse control modes to realize automatic operation. The three control modes of cab operation, remote control and ground station operation allow operators to grasp the hoisting status at any time, making hoisting operations simple and efficient. This flexible control mode can perfectly match the full-automatic assembly line operation of the workshop, further improving production efficiency and reducing manual operation intensity, and becoming an indispensable key equipment in the electrolytic copper production process.

Multifunctional Crane for Electrolytic Copper is mainly applied to all links of electrolytic copper production, covering electrolytic copper factories, copper smelting plants and related processing fields. In the raw material processing area, it is used to hoist and transfer copper ore, copper concentrate and other raw materials needed for electrolysis. In the electrolytic workshop, it undertakes the hoisting, moving and positioning of electrolytic plates, cathode plates and anode plates, realizing the connection between electrolysis, cleaning and stripping processes. In the finished product processing area, it is used to handle and transfer electrolytic copper sheets, copper ingots and other finished products, completing the loading, unloading and stacking of finished products. It is also applicable to the maintenance of electrolytic equipment, realizing the hoisting and moving of large-scale electrolytic tanks, power supply equipment and other components, matching the production rhythm of electrolytic copper and ensuring the smooth progress of production.

The Combined Electrolytic Copper Multifunctional Crane is an intelligent featured product of Weihua Co., Ltd., a special crane developed and manufactured according to the production process requirements of electrolytic copper.​ The product is suitable for special working environments such as high humidity, corrosion and metal dust. High-standard design, manufacturing and assembly ensure the safe and reliable operation of each mechanism; its highly intelligent automatic control system and effective system integration of spreaders have incomparable advantages.