The piece separation system consists of a stacked piece separator and a 2D piece separator. Its main function is to separate parcels that are stacked or placed side by side. The packages are first separated from the stacked packages by the stacked package separation equipment and then by the 2D piece separation equipment, so that they can go to the next step one by one in an orderly manner.
Visual Recognition: A high resolution camera captures real-time images of the parcels on the conveyor belt and recognizes the parcels' position, size and attitude through image processing algorithms.
Control Algorithm: Based on the parcel information provided by the vision system, the control system calculates the required separation force, speed and direction of each parcel and sends instructions to the actuators.
Physical Separation: The actuators (e.g. belts, rollers, etc.) apply force to the parcels according to the control instructions to separate them from the parcel pile and arrange them in a preset order.
3D Single Piece Separation Equipment, also known as Stacked Piece Separation Equipment, is an advanced technology in the field of automated logistics that uses a three-dimensional vision system to accurately identify the size, shape, and position of parcels on a conveyor belt, and then separates stacked or jumbled parcels by controlling actuators (e.g., belts, rollers, etc.)
2D single piece separation mainly uses two-dimensional image recognition technology to detect the position and size of parcels on the conveyor belt, and then separates the parcels placed side by side by controlling the actuator so that they can enter the sorting process in an orderly manner.
Improve efficiency: Dramatically increase the speed of parcel processing and reduce labor costs.
Improve accuracy: Visual recognition technology ensures the accuracy of parcel separation and reduces the phenomenon of false separations and omissions.
Improve flexibility: It can adapt to parcels of different sizes, shapes and materials, and has high flexibility.
Reduce manual intervention: Reduce the labor intensity of workers and improve the working environment.
As an important part of the logistics automation system, single-piece separation equipment plays an increasingly important role in improving logistics efficiency, reducing costs and improving service quality.