The core appeal of narrow channel warehousing operations is to improve storage density and operation efficiency in a limited space. Conventional forklifts are difficult to meet the needs of narrow channel operations due to their large turning radius and weak channel adaptability. Three-point forklifts have become suitable models for such scenarios by virtue of their own structural advantages. The scene adaptation feature of three-point forklifts is that they have a small turning radius and can operate flexibly in a space that is more than 30% narrower than ordinary channels. They are suitable for e-commerce sorting warehouses, fast-moving consumer goods transit warehouses, medical constant temperature warehouses and other cargo storage-intensive scenarios, especially for medium-sized light cargo handling of 1 to 2 tons. The operation points in the application include planning the path in advance during operation, turning smoothly at low speed to avoid the swing of the goods and scratching the shelves; maintaining a uniform speed when lifting or landing the goods to reduce the impact on the shelves and goods. Maintenance points need to regularly check the flexibility of the steering system, the charging and discharging status of the battery, to ensure the stable operation of the equipment and prolong the service life. The rational use of such forklifts can effectively optimize the layout of storage space, reduce operating costs and improve overall operating efficiency.
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