42-Port Integrated Narrow Belt Sorting System with Single-Piece Separation & Six-Side DWS

The typical configuration includes an infeed conveyor, automatic single-piece separation module, parcel centering or spacing section where required, dynamic six-side DWS, tracking and control system, 42-port linear narrow belt sorter and outbound collection equipment. The final arrangement depends on the customer's site layout and operating requirements.

Single-piece separation helps reduce parcel overlap and close spacing before packages enter the scanning area. If two parcels enter a DWS section together, the system may have difficulty associating the correct barcode, weight and dimension information with each shipment. Singulation creates more controlled conditions for downstream identification and tracking.

A dynamic DWS system can collect parcel identification information, weight and dimensions while the parcel is moving through the equipment. The six-side scanning configuration provides broader barcode scanning coverage across different parcel surfaces.

Yes. A six-side scanning arrangement is designed to capture identification information from multiple parcel surfaces. This reduces dependence on a fixed barcode-facing direction. Actual scanning results depend on barcode quality, label placement, parcel characteristics and the selected scanning configuration.

The narrow belt sorter receives identified parcels, tracks their positions and uses the assigned destination information to activate the corresponding lateral diversion mechanism. Each parcel is directed to one of the 42 configured sorting outlets, where it can be collected in a bag, cage, container or downstream conveyor.

The capacity of the complete line must be calculated from the performance of the singulator, DWS, sorter and downstream collection system. Published YJ-INTL equipment references include up to 8,000 pcs/h for the singulator and 7,000–10,000 parcels/hour for a relevant narrow belt configuration. These figures are not a guaranteed capacity for the integrated system. The final rated throughput requires project-specific engineering.

The system can be configured for cartons, poly mailers, padded envelopes, shoe boxes, small parcels and other compatible packages. The applicable parcel range depends on the dimensions, weight, shape, surface and handling characteristics of the products.

Yes, the line can be engineered for mixed carton and poly mailer flows. However, flexible and irregular parcels may require additional evaluation of the separation, centering and scanning processes. Representative samples should be tested before the final configuration is confirmed.

Yes. The system can be designed to communicate with WMS and WCS platforms. Typical data exchanges include barcode information, parcel weight, dimensions, destination instructions and processing status. The required interface architecture is confirmed with the customer's software team.

Yes. The 42 outlets can be assigned according to delivery branches, geographic regions, transport routes, service categories or other customer-defined destination rules. The outlet layout and collection method are customized during engineering.

Unreadable barcodes should be managed through a predefined exception-handling process. Depending on the project configuration, this may include a no-read outlet, manual review station, rescanning process or a separate exception conveyor. The exact method must be agreed during system design.

Yes. The integrated line can be designed to connect with existing conveyors and warehouse material handling equipment. Connection points, conveyor height, speed, transfer direction and control interfaces need to be checked against the existing facility layout.

To design the system, YJ-INTL recommends receiving parcel photos, minimum and maximum parcel dimensions, weight range, average and peak throughput, barcode information, destination quantity, warehouse layout, collection method and WMS/WCS interface requirements. These details allow the engineering team to evaluate the complete line rather than selecting individual machines in isolation.