Hongpeng Derui’s logistics sorting and scheduling software serves as an intelligent sorting hub, seamlessly integrating four core capabilities: order wave management, AI‑driven route optimization, equipment cluster scheduling, and visual barcode verification. It connects effortlessly with WMS, RCS, and MES systems, centrally coordinating and managing the entire end‑to‑end equipment network—including conveyors, sorters, swing arms, and AGVs—enabling automatic identification, dynamic sorting, precise sorting, and self‑healing in case of anomalies. Designed to support scenarios such as finished‑goods warehouse outbound operations, workshop material handling, and multi‑product mixed‑line sorting, it helps factories build an efficient, accurate, flexible, and fully automated smart sorting system.

Logistics Line Sorting and Scheduling Software (Sorting WCS / Sorting Hub)

Full name: Logistics Sorting Scheduling Software, commonly referred to as a sorting and scheduling system or a sorting WCS. It serves as the “brain” of sorting operations in production logistics lines, finished‑goods warehouse outbound processes, and e‑commerce/distribution centers, managing how goods flow, where they are sorted, and how equipment coordinates. It seamlessly integrates with WMS/RCS systems and sorting hardware.

I. Positioning (Relationship with WMS/RCS/WCS)

WMS: Manages orders, inventory, wave scheduling, and batch management (upper-level business functions)
Sorting and Scheduling Software (Core): Order Wave Splitting, Route Assignment, and Scheduling of Sorting Lines / AGVs / Robotic Arms / Cross-Belt Conveyors
RCS: Control of AGVs / Four-way vehicles / Robots (mobile execution)
Lower-level hardware: conveyor lines, sorters, swing arms, diverters, elevators, barcode/RFID scanners

In a nutshell: The WMS assigns tasks → the sorting software calculates routes and directs sortation gates → equipment is dispatched to execute the operations → RCS coordinates cargo handling.

II. Core Features (Directly Usable in Factories and Logistics Lines)

1. Order / Wave Processing

Receive WMS/ERP orders and automatically consolidate, split, and create wave plans (within the same zone, batch, or priority).
Automatically group by SKU, weight, dimensions, destination, and customer to reduce unnecessary travel paths.

2. Intelligent Sorting Strategy (Key)

Automatic route assignment: Scan code / RFID identification → Automatically routed to the corresponding gate, storage bin, or temporary storage area.
Sorting modes: order picking, batch picking, pick‑and‑place / seeding, cross‑belt sorting, swing‑arm sorting, AGV sorting
Priority: Urgent priority, production line coordination priority, first-in-first-out

3. Logistics Line Equipment Scheduling (WCS Capabilities)

Unified scheduling of the entire conveyor line, turntable, diverter, elevator, and sorter.
Anti-congestion, anti‑jamming, anti‑collision; dynamic speed limits / traffic diversion
Real-time equipment status monitoring, fault alarms, and automatic switchover to backup routes.

4. Dynamic Route Planning + Traffic Control

AI algorithms calculate the optimal path, the shortest travel route, and the fewest direction changes.
Multi‑lane parallelism, intersection priority, deadlock avoidance—factory‑wide logistics traffic lights.

5. QR code scanning / visual recognition / weight measurement integration

Barcode / RFID / Visual recognition (accuracy ≥ 99.5%), automatic SKU/batch verification
Weight/volume verification; mis-sorting and missed sorting are automatically intercepted.

6. Exception Handling (Ensuring Production Stability)

Card failures, misconfigurations, and equipment malfunctions: 10-second alerts, automatic isolation, and switchover to the backup line.
Manual intervention entry, anomaly logging + traceability

7. Data Closed Loop + Dashboards

Real-time dashboard for sorting volume, efficiency, accuracy, and equipment OEE
End-to-end traceability: Order → Batch → Time → Equipment → Operator
Reports: Sorting Performance, Mis-sort Rate, Equipment Utilization Rate

8. System Integration

Seamless integration with WMS, RCS, MES, ERP, and TMS.
Open API, supporting mixed‑brand equipment operation (domestic and imported sorting lines, AGVs)

III. Application Scenarios of Your Project

1. Outbound sorting at the finished goods warehouse

Stacker crane / four-way shuttle outbound → conveyor line → sorting and scheduling software → sorting by customer / zone / order at the sorting gate → loading, with fully automated sorting and outbound processing.

2. Workshop Production Logistics Sorting

Raw materials / Semi-finished products → Conveyor line → Automatic sorting by process, machine, or batch → Precise delivery to workstations, with zero waiting at the line side.

3. Multi-category mixed-line sorting

Multiple SKUs, multiple specifications, and concurrent order processing—automatically identified, dynamically routed, and load-balanced to support small-batch, high‑frequency production.

IV. Core Advantages (From the Factory’s Perspective)

High accuracy: AI recognition plus automated validation, with a misclassification rate of ≤0.1%.
High efficiency: capable of sorting thousands of items per hour, with 24-hour continuous operation.
High Flexibility: Orders and routing can be adjusted at any time, and production can switch between products without stopping the line.
Cost reduction: decrease sorting labor, minimize damage from impacts, and improve space utilization.
Stable Production: Automatic anomaly handling, equipment redundancy, and uninterrupted sorting.