Views: 0 Author: Site Editor Publish Time: 2024-12-31 Origin: Site
It is undeniable that with the rapid development of global e-commerce, the logistics industry is facing unprecedented challenges, and the growth of online sales is unstoppable. Online purchases and promotions are convenient, and the activities held by retailers and the wide variety of goods dazzle consumers. Logistics providers must strengthen operations to cope with the growing volume of packages and the sudden influx of packages caused by shopping activities. In particular, the requirements for package handling and sorting efficiency are getting higher and higher. The traditional manual sorting method is not only inefficient and has large errors, but also cannot adapt to the fluctuations in demand during peak periods. Therefore, the DWS (Dimensioning, Weighing, and Scanning) system came into being and became one of the core technologies of modern logistics automation.
The Gosunm DWS system is an efficient logistics processing system that integrates functions such as dimension measurement, weight measurement and barcode scanning. Through high-precision sensors and scanning equipment, the DWS system can automatically complete the dimension and weight measurement of the package, and obtain relevant barcode or QR code information. Its core advantage is that it can realize the rapid collection and processing of package information, and provide data support for subsequent automatic sorting and transportation. I was told that the system also supports docking with other sorting systems. Some people who don’t have a system but want to do sorting can use the OCR method, which is to take a photo and identify the recipient, address, telephone number, etc. on the waybill. There are also customer inquiries about this, but it needs to be analyzed in combination with customer scenarios.
Dimensioning: Use laser sensors or 3D cameras to scan the package and quickly measure its length, width, height and other dimensions. This process can accurately obtain the volume of the package and provide accurate data for subsequent logistics management.
Weighting: The system can measure the weight of the package in real time through the weighing equipment installed on the conveyor belt. This data is crucial for the transportation method, cost calculation and subsequent logistics planning of the package.
Barcode scanning: The efficient scanner equipped with the DWS system can quickly read the barcode or QR code on the package. By identifying the package code, the system can confirm the type, destination, processing flow and other information of the package, providing an important basis for the automatic sorting system.
Improve sorting efficiency: Traditional manual sorting is not only time-consuming, but also prone to errors. The DWS system can greatly improve the efficiency and accuracy of sorting and reduce human errors through automated measurement and identification.
Optimize logistics routes: The package size and weight data obtained by the DWS system can help logistics companies rationally plan transportation routes and loading plans, optimize vehicle loading, and improve transportation efficiency.
Improve warehouse management accuracy: The warehouse management system (WMS) & WCS can be integrated with the DWS system to automatically update inventory data by obtaining the size, weight and coding information of the package in real time, thereby improving the accuracy and real-time nature of inventory management.
Reduce costs: Through automated measurement and scanning, the DWS system can reduce dependence on manual operations, thereby reducing labor costs. In addition, accurate size and weight data can also help reduce resource waste during transportation and further reduce logistics costs.
With the continuous advancement of science and technology, the DWS system is also constantly developing and innovating. Future development trends are mainly reflected in the following aspects:
Combination of intelligence and the Internet of Things (IoT): The future DWS system will be more intelligent, and through the combination with the Internet of Things technology, real-time transmission and sharing of data can be achieved. The system can automatically adjust the logistics process according to real-time data and improve the efficiency of the entire supply chain.
Application of 3D scanning technology: Traditional two-dimensional laser scanning equipment may not be able to accurately capture the complex shape of the package, while 3D scanning technology can provide more accurate dimensional data, especially when dealing with irregular shaped items, which can effectively avoid errors.
Application of big data and AI: Through the combination of big data analysis and artificial intelligence, the DWS system can conduct a deeper analysis of logistics data and provide enterprises with more accurate forecasting and decision-making support. For example, by analyzing historical data, the system can predict the transportation needs of packages and adjust resource allocation in advance.
As an important part of logistics automation, the DWS system has been widely used around the world. With the continuous advancement of technology, the DWS system will become more intelligent and efficient, bringing greater impetus to the development of the logistics industry. In addition to producing DWS systems and sorting equipment, we at gosunm plan to move towards whole warehouse equipment in the future, providing one-stop solutions for logistics warehousing, pharmaceutical airports, manufacturing and other industries. Please stay tuned!
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