Straight intersecting strips and circular intersecting strips are two common logistics equipment used for sorting goods. They have their own advantages and applicability in different scenarios.

Firstly, the scenarios suitable for linear cross belts mainly include warehouses and logistics distribution centers that require large-scale sorting. The working principle of a straight cross belt is to transfer goods from one conveyor belt to another, and to achieve sorting by adjusting the speed and direction of the conveyor belt. This equipment is suitable for sorting large quantities of relatively small quantities of goods.

The advantages of straight cross belts lie in their efficiency and fast sorting speed. It can process multiple orders simultaneously, improving sorting efficiency. Moreover, the straight cross belt can be expanded and customized according to needs to adapt to sorting work of different scales. In addition, the straight cross belt can also be used in conjunction with other sorting equipment, such as machine arms and automatic sorting systems, to further improve sorting efficiency and accuracy.

However, straight intersections also have their limitations. Due to the limitations of its working principle, straight intersecting strips have certain requirements for the size and shape of goods. Goods that are too large or too small may not pass through the straight cross belt smoothly, which can affect the sorting effect. In addition, linear cross belts also require certain technical support and manual intervention when adjusting conveyor belt speed and diverting goods.

In contrast, circular intersections are suitable for scenarios that require sorting of a wide range of goods, such as e-commerce warehouses, express distribution centers, etc. The working principle of a circular conveyor belt is to unload goods from a conveyor belt and sort them sequentially to the corresponding exits. This equipment is suitable for sorting small batches of different types of goods.

The advantage of circular intersections lies in their flexibility and diversity. It can be adjusted and configured according to the size, shape, and characteristics of different goods to achieve efficient sorting. At the same time, the roundabout can be expanded and customized according to needs to adapt to different sizes and types of goods sorting work. In addition, the circular cross belt can also be used in conjunction with other sorting equipment, such as weighing equipment, image recognition systems, etc., to improve the accuracy and intelligence level of sorting.

However, circular intersections also have their limitations. Due to the limitations of its working principle, the sorting speed of circular cross belts may be slower compared to straight cross belts. At the same time, the design and configuration of circular intersections need to consider the flow direction and sorting logic of goods, requiring certain planning and technical support.

In summary, straight intersections and circular intersections are suitable for different scenarios, respectively. The straight cross belt is suitable for large-scale sorting and places with relatively small quantities of goods, and has the advantages of efficiency and fast sorting speed. The circular crossing belt is suitable for a wide variety of sorting places, with the advantages of flexibility and diversity. Choosing appropriate sorting equipment can improve logistics sorting efficiency and accuracy, and meet the needs of different scenarios.