In warehousing and logistics operations, hand pallet trucks are widely used in workshops, warehouses, logistics centers, supermarkets and other scenarios as basic handling equipment. There are large differences in the requirements for pallet size and handling paths in different workplaces. The width and length of the fork of a hand pallet truck are directly related to the adaptability of its handling objects. Standard-sized forks are suitable for common pallet specifications, but in some specific industries, such as food, medicine, chemicals or customized packaging, the shapes and sizes of pallets are diverse, and standard forks are often difficult to fully match. Whether the fork can be customized according to actual application requirements is particularly important.
From a manufacturing perspective, the customization of hand pallet truck forks is not a complex project, but requires structural adjustments based on specific application parameters. The first is the choice of fork length. The length directly affects the load range and the depth of entry into the pallet. Longer forks can carry multiple pallets or large pallet goods at a time, which is suitable for large-scale stacking and handling needs; while shorter forks are suitable for narrow space operations or frequent turns, such as between small shelves or elevators. Forks of different lengths correspond to different support strengths and hydraulic system configurations. Therefore, when designing customized forks, the load-bearing structure and operational convenience must be considered at the same time.
The second is the choice of the outer width and inner width of the fork. The width of the fork affects whether it can be smoothly inserted into the bottom of the pallet and whether it can stably support the material. Some non-standard pallets or containers have different bottom structures. If the width of the fork does not match, it may be impossible to enter or the support may be unstable, which will affect the safety of transportation. By adjusting the fork spacing, various non-standard pallet sizes can be better adapted to improve the flexibility and applicability of the equipment in special scenarios.
From the user's perspective, customized forks not only improve the matching degree, but also help improve the overall operating efficiency. In actual operation, if the fork length is insufficient, the operator may need to repeatedly adjust the angle for insertion; if the width is not suitable, it may be necessary to use manual assistance or additional pads, which increases labor intensity and operation time. Therefore, customized forks can effectively reduce invalid operations and improve operation continuity and personnel efficiency.
It is worth noting that the customization of fork size requires enterprises to have corresponding design, manufacturing and quality control capabilities. This includes metal welding accuracy, hydraulic adjustment, surface treatment process, structural strength verification, etc. Only under the premise of comprehensive control can the customized fork maintain structural stability, safety and reliability in long-term use.