Scan And Sort
Scan-and-sort is a barcode- or RF-driven warehouse process where each unit, carton, tote, parcel, or LPN is scanned first, then automatically routed to the correct location, bin, tote, carrier lane, or receiving container based on configured rules and item attributes. In Oracle WMS, the closest equivalent is 'Sort and Receive', which uses ASN data to direct inbound units to matching LPNs/totes.
On a busy receiving dock, scan-and-sort enables blind receiving of SKU-level ASNs where LPN numbers are not transmitted. As each incoming unit is scanned, the rules engine reads SKU, shipment, or exception flags and immediately directs the item to the correct inbound tote, pallet, staging lane, or carrier lane. This eliminates manual identification and re-handling, improving inventory accuracy and dock-to-stock speed. In manufacturing supply, the same scan can drive downstream decisions about staging for a production order, quarantine for quality inspection, or damage processing. Pairing scan-and-sort with GS1 barcodes allows lot and expiry to be captured in one pass, strengthening traceability and compliance. The process is especially valuable in high-volume goods-in areas where receiving throughput, real-time routing, and minimal mis-sorts are critical.
Is scan-and-sort the same as scan-to-putaway?
No. Scan-and-sort happens at scan time to route an item to the correct tote, lane, or receiving container, while scan-to-putaway usually happens after receiving and directs the item to a storage location.
Does scan-and-sort require LPNs?
Not always. Oracle's sort-and-receive flow is specifically used for SKU-level ASN or blind receiving, where LPN numbers are not on the ASN and the warehouse creates or assigns totes/LPNs during receiving.
What data fields typically drive the sort decision?
Common drivers include SKU, shipment/load number, LPN/tote identity, and exception flags such as damaged status; GS1 workflows may also capture lot and expiry in the same scan.