Trackless Electric Flat Cart: Safe Hydraulic Steering And Lifting Operation

In recent years, with the continuous advancement of technology, various industries have increasingly higher requirements for equipment. Changshu Taishan Ogihara needed a trackless electric flat cart for transporting automobile molds. However, the originally designed mechanical speed differential steering encountered some problems in actual use. In order to solve this problem, we modified the trackless electric flat cart and replaced its steering system with hydraulic steering. This change not only makes the operation simpler and more convenient, but more importantly, improves the safety of the operation.

Trackless electric flat cars play an important role in the automotive mold industry. They can transfer molds from one place to another, greatly improving production efficiency. However, when walking in the workshop aisle, the molds placed on both sides of the aisle have become a problem that cannot be ignored. Initially, the mechanical differential steering we designed was not well adapted to this situation. Operators can easily touch the molds on both sides of the channel when walking, which will not only cause damage to the molds, but also pose a threat to the safety of the operators.
In order to solve this problem, we decided to transform the steering system of the trackless electric flat cart into hydraulic steering. The hydraulic steering system achieves steering through the conversion of hydraulic energy, which is more flexible and sensitive than mechanical steering. When walking, the operator only needs to turn the steering wheel slightly, and the hydraulic steering system can quickly respond and turn. In this way, the operator can more accurately control the walking direction of the trackless electric flat cart and avoid touching the molds on both sides of the channel.
Hydraulic steering not only improves the simplicity of operation, but more importantly ensures the safety of operation. When using a mechanical differential steering system, operators often feel nervous about touching the mold. This emotion will not only affect work efficiency, but also lead to operational errors or accidents. The modification of the hydraulic steering system effectively eliminates this worry. Operators can work more confidently using trackless electric flat carts, which improves work efficiency and reduces operational risks.
In addition to improving operational safety, hydraulic steering is also energy-saving and environmentally friendly. Compared with mechanical steering systems, hydraulic steering systems can use energy more efficiently and avoid wasting energy. This not only saves energy costs for the enterprise, but also makes a certain contribution to environmental protection.
During the transformation process, we used advanced hydraulic technology to ensure the stability and reliability of the steering system. We have also conducted professional training for our operators so that they are proficient in the use and precautions of trackless electric flat carts. Through these measures, we ensure the safe operation and long-lasting use of trackless electric flat carts.
All in all, the modification of the hydraulic steering system has brought many advantages to Changshu Taishan Ogihara's transfer automobile mold work. It not only improves the simplicity and safety of operation, but also saves energy costs and contributes to environmental protection.