Traditional static DWS systems only measure volume, weight and scan codes, which cannot meet the increasingly complex parcel processing needs, Gosunm's static DWS & 8-station sorter adds 8 additional sorting tables to automatically sort parcels according to settings, which expands the functionality of the equipment and improves the utilization rate of this equipment set. It is suitable for small and medium-sized e-commerce companies with increasingly complex shipping requirements, fresh food delivery, third-party cloud warehouses, and many other scenarios.
The 8-port static DWS system for dimensional weighing and scanning is an all-in-one design. It is a stand-alone parcel information collection multifunctional tool that acts as a barcode scanner, weighing scale and sizer, parcel sorter and data provider.
The operator loads the package onto the scale platform, triggers the system to read the barcode, measure the weight and scan the length*width*height dimensions, take a photo and store it. The data is listed and uploaded to the user system. The package information collected is objective and accurate.
1. Reduce labor costs and printing error disputes when recording barcodes and weight information. For express delivery companies and e-commerce companies, warehousing has become faster and easier.
2. Can accurately identify package size and weight, allowing customized volume measurement algorithms.
3. Customize the front-end user interface. Integrate with mobile front-end. Provide employees and operators with an easy-to-use and intuitive user interface.
4. Multiple 3D camera options, providing a variety of camera choices that help control costs and ensure accurate measurements of all types of goods.
5. Rapid recalibration module design allows operators to easily start even if environmental conditions change.
6. Easy to install and operate. The system is easy to install and set up in just minutes. A complete solution with barcode scanning for accurate, real-time static and dynamic volume measurement systems and cargo information processing.