Selection and Efficiency Optimization of Electric Forklift Truck in Hardware Processing Plant

The daily handling operations of hardware processing plants generally involve various types of heavy-duty stamping parts, metal castings, long profiles and other materials. Many factories have not previously selected forklifts based on their actual scenarios, which is prone to problems such as insufficient equipment adaptation, low operating efficiency, and high material collision loss, which have instead pushed up the overall operating cost. By making a good scientific selection of electric forklifts and matching operation optimization measures, we can effectively straighten out the logistics flow rhythm of the workshop and provide support for the smooth progress of production.

In the selection of electric forklifts, first of all, it is necessary to sort out the core parameters of the whole scene in advance, and do not blindly refer to the equipment configuration of other factories for direct procurement. First, count the maximum weight of a single piece of material for daily handling and the cargo load of a conventional single transfer, check the minimum traffic width of the workshop channel, the ground flatness and slope parameters of the operation area, and clarify the core information such as the maximum demand of warehouse shelves and the daily average working time of forklifts, and then screen the corresponding equipment models according to the parameters. There will be no load redundancy and waste of procurement costs, and there will be no potential safety hazards due to long-term overload operations. Secondly, it is necessary to combine the scene characteristics of the hardware processing plant with the corresponding functions. In response to the occasional scattering of sharp metal scraps on the floor of the workshop, the configuration of wear-resistant and scratch-resistant tires and reinforced equipment shells is preferred to reduce the wear speed of the equipment. If the proportion of narrow channels in the factory is too high, you can choose a model with flexible steering and body size adaptation. You can complete the steering operation without reserving too much traffic allowance, reducing space occupation. In the selection stage, you should also take into account the experience of the operator, choose a model with simple operation logic, and reduce the learning and adaptation cycle of new employees.

After completing the selection of suitable equipment, the overall operation efficiency can be further improved through a number of details optimization. First of all, it is necessary to sort out the logistics line of the whole factory, divide the exclusive traffic path of forklifts in the raw material warehousing area, processing transit area, and finished product temporary storage area, and separate the forklift line from the pedestrian line and the processing equipment operation line as much as possible to reduce unnecessary avoidance and waiting time during the operation. Temporary unloading points are reserved at the connection positions of each area to avoid repeated long-distance parking of forklifts to adjust positions. Secondly, it is necessary to establish a standardized daily operation and maintenance mechanism. Operators are required to check whether the brakes, lifting system, and power status are normal before each operation. Regular maintenance and investigation of the core components of the equipment is carried out to avoid sudden equipment failures interrupting the normal production rhythm. At the same time, according to the operation shift of the factory, the charging period is reasonably planned to avoid the peak production period to replenish energy, and to avoid the situation of power shortage and shutdown in the middle of the operation. In the long run, the selection of electric forklifts suitable for the scene, together with refined operation management, can effectively reduce the energy consumption of the handling link of the hardware processing plant, reduce the collision loss of valuable hardware materials, and steadily improve the logistics turnover efficiency of the overall workshop.