Logistics automation expert with extensive experience in warehouse automation and parcel sorting solutions
With over 10 years of industry experience, focuses on parcel sorting systems, warehouse automation, and fulfillment optimization for e-commerce and logistics operations worldwide
Gosunm recently successfully delivered a customized DWS automated scanning, weighing, and sorting production line to a renowned client. This system integrates high-precision dimensional measurement, automated weighing, and efficient swing-wheel sorting technologies, demonstrating the company's deep technical expertise and on-time delivery capabilities in addressing complex logistics requirements.
In today's era of rapidly advancing smart logistics, the stable delivery of equipment represents not merely the fulfillment of a contractual obligation, but a tangible demonstration of a brand's credibility.
The production line delivered in this instance constitutes a highly integrated automated solution, designed primarily to address the growing challenges associated with sorting small-sized products within the e-commerce, express delivery, and warehousing sectors. By employing a closed-loop workflow—comprising "feeding and conveying," "DWS" (Dimensioning, Weighing, and Scanning), and "automated sorting"—this system significantly elevates the level of digitalization in parcel inbound processing and distribution operations.
Deep Customization: The Seamless Integration of a 5-Meter Conveyor Line and Overhead-Scanning DWS
Every client's requirements are unique. For this specific project, the technical team at Gosunm Intelligent engineered a front-end conveying system spanning 10,190 mm. This system works in conjunction with a 5 × 2-meter main conveyor line, ensuring that parcels are provided with ample buffering and alignment space before entering the inspection zone.
Core Detection Unit: Top-Scanning DWS
The core of the system features a high-precision, top-scanning DWS (Dimensioning, Weighing, and Scanning) unit. This unit is capable of simultaneously performing barcode reading, volume measurement (Dimensioning), weighing (Weighing), and data scanning (Scanning) the instant a package passes through.
Measurement Range: Covers a wide variety of packages, ranging in size from 10×10×5 cm to 60×50×50 cm.
Weighing Capacity: Offers a weighing range of 0–40 kg, ensuring seamless compatibility with both lightweight items and medium-sized packages.
Precision Performance: Boasts a weighing accuracy of up to ±50 g and a volume measurement accuracy of ±10 mm, thereby guaranteeing exceptional accuracy in both billing and sorting operations.
Intelligent Hardware Configuration
To ensure equipment stability under heavy-load conditions, we have selected top-tier components from the industry:
Control System: Utilizes XINJE PLCs and touchscreens to ensure seamless operational logic.
Power System: Equipped with XINJE/Delta servo motors to provide precise control over sorting movements.
Vision Recognition: Features Hikvision/Dahua barcode scanners and dimensioning cameras, boasting industry-leading recognition rates.
Safety Assurance: All models come standard with Schneider sensors and residual current devices (RCDs) to guarantee production safety.
In the equipment delivered for this project, two swing-wheel sorting modules—paired with four receiving lines featuring triangular-belt-driven rollers—form a highly efficient sorting network. Of particular note is our innovative adoption of the Logistics Cat Swivel Wheel technology to address a key pain point identified in customer feedback: the prevalence of small-sized products. This sorting unit offers the following advantages:
Flexible Multi-Angle Steering: Capably and smoothly guides light, thin, and diminutive packages onto the correct branch lines.
Low Impact Force: Effectively prevents product damage during the sorting process.
High Throughput: When integrated with the system's overall logic, it achieves a stable processing capacity of 1,000 to 2,000 packages per hour.
Technical Integration and Aesthetic Design: The High-Precision Brand's Pursuit of Detail
High-Precision Intelligent Technology has always maintained that a superior piece of equipment must not only be "functional" but also "manageable" and "visually appealing."
API Data Integration: To meet our clients' requirements for digitized management, this system supports API interfacing. This means that all data captured by the DWS—including order numbers, weight, volume, and images—can be synchronized in real-time with the client's WMS or ERP systems, thereby achieving a true closed-loop data flow.
Human-Machine Interaction: The touchscreen interface features a standardized, custom-designed "High-Precision" UI. Its operational logic is ergonomically optimized, effectively reducing training costs for employees.
Rigorous Acceptance Process: Ensuring Every Machine is a "Masterpiece"
Prior to shipment, this DWS production line underwent a rigorous, multi-dimensional acceptance process to ensure that it could be rapidly brought online immediately following installation at the client's site:
Sample Compatibility Testing: Real-world testing was conducted using samples of various specifications provided by the client to ensure zero instances of missed packages or misidentification.
Extended Run Testing: The equipment's overall mechanical structure was thoroughly inspected to verify smooth, obstruction-free operation.
Configuration Verification: Key components—such as PLCs, motors, and cameras—were individually cross-checked to ensure strict compliance with contractual specifications.
On-Site Client Acceptance: The client visited the factory in person to conduct an on-site inspection, offering high praise for the equipment's efficiency and precision.
The successful delivery of this DWS production line once again affirms Gosunm's leading position in the field of logistics automation. From initial requirements consultation and solution design to precision manufacturing and on-time delivery, we remain steadfast in our customer-centric approach. Moving forward, we will continue to optimize our DWS and sorting technologies to provide global clients with smarter, more cost-effective warehousing and logistics solutions.
FAQs
Q1: What is the processing efficiency of this DWS system?
A: The stable sorting efficiency of this production line ranges from 1,000 to 2,000 items per hour, making it ideally suited to meet the sorting requirements of medium-sized e-commerce warehouses or express delivery hubs.
Q2: What are the system's limitations regarding package dimensions and weight?
A: The system supports a minimum package size of 10 × 10 × 5 cm, with a maximum capacity reaching 60 × 50 × 50 cm. The weighing range spans from 0 to 40 kg, maintaining a high level of precision with an accuracy tolerance of ±50 g.
Q3: Does the equipment support integration with existing enterprise management software?
A: Yes. The system supports API integration, enabling the real-time upload of captured data—including weight, dimensions, and barcodes—directly to your ERP, WMS, or other logistics management systems.
Q4: How effective is the sorting performance for small or lightweight products?
A: We have specifically configured the system with a "Logistics Cat" swivel-wheel sorting unit. This technology features specialized optimizations for the gripping and steering forces applied to small items, effectively preventing issues such as package jamming or tipping during the sorting process.
Q5: What are the power supply and installation space requirements for the equipment?
A: The equipment requires a 380V power supply connection. The conveyor line is designed with a standard height of 80 cm. Site planning for the specific installation footprint can be conducted based on the process flow diagram we provide (which indicates a total length of approximately 20 meters or more).
To provide the best experiences, we use technologies like cookies to store and/or access device information. Consenting to these technologies will allow us to process data such as browsing behavior or unique IDs on this site. Not consenting or withdrawing consent, may adversely affect certain features and functions.