Intelligent Sorter for Logistics and E-commerce Centers
Automatic Parcel Sorter with Dynamic DWS System
The Dynamic DWS with Wheel Sorter combines parcel data acquisition and automatic destination sorting within one continuous conveyor workflow.
Parcels pass through the DWS section for dynamic identification, weighing and dimension measurement before entering the swivel wheel sorting section. The sorting system then uses the collected parcel information to divert each package toward its assigned destination.
This integrated configuration is designed for e-commerce fulfillment, express logistics, distribution centers and automated parcel handling operations where measurement and sorting need to work together instead of being handled as separate processes.
- Dynamic Parcel Measurement
- Dynamic Weighing
- Flexible Barcode Scanning
- Automatic Parcel Sorting
- Swivel Wheel Diversion
- Continuous Conveyor Processing
- WMS / WCS Integration
Technical Specifications
| Parameter | Specification |
|---|---|
| Product Type | Dynamic DWS with Swivel Wheel Sorter |
| Processing Mode | In-Motion |
| DWS Functions | Scanning + Weighing + Dimensioning |
| Sorting Method | Swivel Wheel Sorting |
| Parcel Tracking | Supported |
| Barcode Identification | Supported |
| Dynamic Weighing | Integrated |
| Dynamic Dimensioning | Integrated |
| Sorting Destinations | Customized |
| Conveyor Structure | Modular |
| Downstream Sorting | Swivel Wheel Sorter |
| WMS Integration | Available |
| WCS Integration | Available |
| Conveyor Integration | Customized |
| Throughput | Project Based |
| Parcel Range | Project Based |
| Installation Layout | Customized |
Technical Note
Actual throughput, weight range, dimensioning range and sorting capacity should be determined according to parcel characteristics, conveyor speed, spacing, sorting layout and project configuration.
Details
Product Detail
01 — Integrated Dynamic DWS
The integrated DWS section collects parcel information before the package reaches the sorting mechanism.
This creates a direct relationship between the parcel record and its physical destination.
02 — Dynamic Parcel Measurement
The package remains in motion while weight and dimensional information are collected.
This is particularly useful for logistics lines where stopping parcels would interrupt the material flow.
03 — Intelligent Sorting Decision
The control system can associate parcel identification with predefined sorting rules.
For example:Barcode → Destination → Sorting Command This provides the control logic behind the mechanical sorting action.
04 — Swivel Wheel Sorting
The swivel wheel section receives the sorting command and redirects the package toward the corresponding destination.
The mechanical sorting layout can be customized according to the number and position of downstream lanes.
05 — Real-Time Parcel Data
The integrated workflow can combine:
Tracking Number
Weight
Dimensions
Sorting Destination
This allows operators and warehouse systems to work with a more complete parcel record.
Parcel Sorting Workflow
Step 01 — Parcel Infeed
Packages enter the conveyor system and move toward the DWS section.
Step 02 — Dynamic DWS
The system captures parcel identification, weight and dimensional information during movement.
Step 03 — Sorting Decision
The control system evaluates the parcel information and assigns the destination.
Step 04 — Wheel Diversion
The swivel wheel sorting mechanism changes the parcel's direction.
Step 05 — Destination Transfer
The parcel enters the designated lane or downstream conveyor.
Step 06 — Next Process
The sorted parcel continues to packing, consolidation, loading or dispatch.
Process Summary
Infeed → DWS → Data Processing → Sorting Decision → Swivel Wheel → Destination
Dynamic DWS + Swivel Wheel Sorting Structure
Why Combine DWS with a Swivel Wheel Sorter?
A standalone DWS system answers:
What are the parcel's characteristics?
A standalone sorter answers:
Where should the parcel go?
The integrated system connects these two decisions:
Identify the parcel → collect its data → determine its destination → physically sort it
This makes the combined solution especially suitable for automated parcel-processing lines where data collection and physical routing need to operate as one process.
Applications
E-commerce Fulfillment
Automated parcel measurement and destination sorting for online order fulfillment.
Express Logistics
Suitable for sorting parcels according to route, delivery area or downstream distribution requirements.
Distribution Centers
Can provide centralized DWS data acquisition before parcels are distributed to different outbound lanes.
3PL Warehouses
Useful for handling parcels from multiple customers with different sorting rules.
Automated Outbound Operations
Suitable for connecting measurement, sorting and dispatch processes in one continuous line.
FAQ
The system can integrate parcel identification, dynamic weighing, dimension measurement, conveyor tracking, sorting control and swivel wheel diversion within one continuous workflow.
Yes. Dynamic weighing and dimension measurement are designed to collect parcel data while the package is moving through the DWS section.
The DWS provides parcel information such as barcode, weight and dimensions. The control system can use this information with predefined sorting rules to determine the destination before the parcel reaches the swivel wheel sorter.
The suitable parcel range depends on parcel dimensions, weight, shape, bottom condition, conveyor configuration and sorting requirements. Product samples are recommended for engineering evaluation when parcel characteristics are irregular.
Yes. The number and arrangement of sorting destinations can be configured according to the required routing logic and available installation space.
Yes. WMS and WCS integration can be implemented according to the customer's warehouse software architecture and required communication interfaces.
Yes. The DWS can be positioned upstream of or integrated with other sorting systems and conveyor equipment depending on the process design.
A standalone DWS primarily collects parcel data, while a Dynamic DWS with Swivel Wheel Sorter also uses that information to perform physical destination sorting within the same automated workflow.
The main advantage is that parcel identification and measurement are directly connected to the physical sorting action. This reduces unnecessary intermediate handling and creates a more continuous parcel-processing process.
