Furniture factory large handling electric forklift selection configuration reference

Furniture factory daily production involves the whole roll of plates, unassembled large frames, finished sofas, complete sets of cabinets and other goods, which are generally large in size, unstable in center of gravity, and easy to scratch on the surface. Many traditional handling methods are not only inefficient, but also prone to the problem of collision damage. Electric forklifts, with their zero emissions, flexible handling, and smooth power output, have become the preferred equipment for large-scale transportation in many furniture factories. Many practitioners tend to ignore the special needs of their own scenarios when purchasing for the first time. If the selected equipment is not suitable and the cost of later modification is too high, this set of selection and configuration reference can provide clear decision-making ideas for practitioners with procurement needs.

First of all, it is necessary to do a good job in the adaptation and calculation of the core load parameters. When selecting the model, you cannot only refer to the nominal weight of the large goods. The additional weight of the matching pallets and tooling fixtures should also be included in the calculation range, and 15% to 20% of the load redundancy should be reserved to avoid the equipment being in full load operation for a long time and accelerate the unnecessary loss of core components. For oversized large pieces of furniture with a width exceeding the conventional standard, the model with the standard fork side shift function is preferred, and the spacing and position of the forks can be flexibly adjusted to adapt to the needs of large pieces of different sizes to reduce the risk of goods slipping.

Secondly, it is necessary to screen the models in combination with the traffic scene in the factory area. The width of the production workshop channel in many furniture factories is only about 2 meters, and the reserved traffic space is relatively limited. At this time, it is not recommended to choose a large-sized counterweight model. The car body is more compact and the turning radius is smaller. During the operation, the plates stacked on both sides of the channel will not be scratched during the operation. If there is a gentle slope path connecting the workshop and the outdoor yard in the factory area, it is necessary to calculate the climbing demand under the conventional full load state in advance, and select the configuration with suitable power parameters to avoid the situation of insufficient power during full load transfer.

Then it is necessary to choose the supporting function according to the needs of the warehousing operation. If the stacking height of the high-level warehousing area matched by the furniture factory exceeds 3 meters, the configuration with free lifting door frame can be selected. The door frame will not occupy the upper space during the lifting process, and will not bump the lighting pipeline and fire pipe on the top of the warehouse. If you need to directly transfer the finished furniture of the soft package, you can also choose a flexible buffer fork cover, which will not scratch the paint surface or scratch the soft package fabric when touching the furniture frame, which greatly reduces the probability of damage and rework.

Finally, we must also consider the suitability of long-term operation and maintenance. There is a lot of sawdust in the furniture factory workshop, and the configuration with better sealing performance of the motor and electronic control parts is preferred to avoid unnecessary failures caused by dust intrusion into the equipment. If the factory implements a two-shift production rhythm, you can choose a configuration that supports quick-change batteries, and you can smoothly connect the transshipment operation requirements of two shifts without long downtime waiting for charging. In the selection process, you don't need to blindly pursue redundant high configurations, and you don't need to ignore the adaptability of the core scene in order to control costs. Only by considering the selection plan calculated by your own actual operation needs can you balance the procurement cost and long-term use experience, and effectively improve the overall efficiency of large-scale transshipment in the factory.