Foshan Xincode Three Solutions to Improve Efficient Operation of Logistics Warehouses

The global e-commerce market continues to grow rapidly, with an estimated market size of $7 trillion expected in 2023. In recent years, rapid changes in sales and consumption patterns between businesses and consumers have led to increased competition in the entire industry ecosystem. To adapt to the rapidly evolving market, the efficient management of goods in logistics warehouses, along with data traceability and data visualization, has become a key focus of modern logistics development.

From the moment goods enter a logistics warehouse, they require precise tracking and statistics, especially given the vast areas of warehouses and the mountains of stacked goods. Efficient management in this context has become a significant challenge for logistics industry managers.

Our Logistics Industry Solution for High-Efficiency Management

Modern logistics warehouse management requires an integrated solution that is effective, visual, and data-driven. This solution should include tracking incoming goods, accurate sorting and outbound processes, ensuring that goods leave the warehouse on the correct transport routes, and generating a series of traceable data. This data provides meaningful reference data for future operational strategy adjustments and workflow optimizations.

Wireless 2D Barcode Scanner

X-6301B

Logistics warehouse digital solutions

Self-Developed Barcode Recognition Algorithm: Overcoming Complex Conditions

Logistics warehouses often contain various types of barcodes, including one-dimensional and two-dimensional codes. Due to the complex conditions within warehouses, barcode quality issues often arise, causing barcode scanners to fail to read them, resulting in errors such as lost goods or misallocation to the wrong conveyor belts. For logistics warehouses, this is undoubtedly a fatal flaw that not only increases costs but also negatively impacts customer reputation and brand image due to delayed deliveries.

Solution: Xincode employs a self-developed barcode recognition algorithm that is robust and can effectively handle issues such as barcode contamination, damage, and blurriness. It can efficiently read even damaged codes, curved surface codes, and coated codes.

Long-Range Barcode Reading: Millisecond-Level Decoding

Achieving long-range barcode recognition in logistics warehouse scenarios presents significant challenges for barcode scanners. This challenge not only lies in hardware but also requires in-depth research and development of software layers and self-developed barcode recognition algorithms.

Solution: We use its self-developed barcode recognition algorithm along with CMOS image-based acquisition technology and ultra-wide depth of field design. This enables the recognition and decoding of one-dimensional barcodes at a distance of up to 50 centimeters and QR codes at distances of up to 500 centimeters. For special scenarios where close-range data collection is inconvenient, we provide a convenient solution.

In Conclusion:

Foshan Xincode is committed to improving enterprise operational efficiency and reducing daily operational costs. There is still significant room for optimization in enhancing logistics warehouse efficiency and digital processing capabilities. Follow our WeChat official account to learn more about solutions tailored to different industries and understand how Xincode utilizes data acquisition devices and machine vision equipment to improve efficiency and traceability.