Electrolytic copper is a highly conductive material that is commonly used in electrical applications. When it comes to lifting and handling electrolytic copper, specialized equipment is required to ensure the safety and integrity of the material. Electrolytic copper cranes are designed to meet the specific positioning requirements of this material.

In recent years, with the improvement of automation level, represented by the special crane for copper electrolysis, automatic positioning control has been adopted at home and abroad to improve the operation rate, reduce the labor intensity and operation difficulty of personnel, and then reduce the overall production cost and improve the production efficiency. 

The special electrolytic copper crane consists of crane, trolley main, lifting mechanism, electric control, etc. Meanwhile, automatic positioning driving has the characteristics of high speed and high accuracy.

In the electrolytic (or electrowinning) refining production of non-ferrous metals such as copper, lead and zinc, special cranes are generally used to transfer the cathode or anode. An important positioning requirement is that the crane must be able to precisely position the material in a specific location. This requires a high level of accuracy and control, which can be achieved through the use of advanced positioning systems and computer-controlled technology.

In addition, electrolytic copper cranes must be able to handle the weight and size of the material. Electrolytic copper is a dense material that can be quite heavy, so the crane must be designed to handle the weight and distribute it evenly to prevent any damage or instability.

Overall, the positioning requirements of an electrolytic copper crane are focused on ensuring the safe and efficient handling of this valuable material. Visit our website to learn more about the stacking crane available.