This article delves into the innovative application of remote scanning and high-performance data capture technology in modern logistics and warehousing. Through a practical case study of Nongfu Spring, a leading enterprise in China's beverage industry, this article demonstrates how a combined mobile computing solution tackles the challenges of scanning high-level racks and identifying complex barcodes. It provides a comprehensive optimization scheme for enhancing warehouse operational efficiency, ensuring work safety, and achieving real-time data interaction.

User Background

Nongfu Spring Co., Ltd. was founded in 1996 and is a benchmark enterprise in China's drinking water industry. The company ranks among the top 20 beverage companies in China and is a market leader in scale, profitability, and growth. In 2019, Nongfu Spring ranked among the top three Chinese brands in retail sales for tea beverages, functional beverages, and juice beverages.

Challenges

With the continuous rapid growth of its business volume, Nongfu Spring's warehousing and logistics centers face increasingly severe operational challenges. Its warehouses contain a large number of high-level racks, and traditional operational methods are inefficient and pose safety risks: workers need to climb or use forklifts to scan goods at high elevations. Simultaneously, among the massive volume of goods processed daily, the QR codes on packaging film are often distorted and wrinkled, significantly increasing the difficulty of automatic identification and presenting an extreme test for the technical performance of scanning equipment.

Before introducing an advanced mobile computing solution, the daily warehouse operations of Nongfu Spring faced the following core bottlenecks:

• Low efficiency and high risk in high-altitude operations: Scanning or accessing items on high-level racks heavily relies on forklift assistance or manual climbing, which is not only a cumbersome and inefficient process but also poses significant work safety risks.
• Pressure from massive scanning tasks and complex barcodes: The enormous daily scanning workload presents a continuous intensity challenge for operators. The deformation of QR codes caused by packaging film results in low recognition success rates with ordinary equipment, further slowing down the overall workflow and affecting inbound/outbound efficiency.
• Data delays and high labor costs: Traditional operational methods struggle to achieve real-time synchronization of scan data with backend business systems and are highly reliant on manual operations, leaving room for optimization in both efficiency and cost.

By deploying a targeted, professional combination of mobile computing equipment, Nongfu Spring's warehouse operations achieved multi-dimensional value enhancement:

• Achieved real-time data interaction and an efficiency leap: The seamless integration of the devices with backend systems ensured immediate updates of business data. The improvement in high-altitude scanning efficiency allows forklift drivers to complete tasks without repeatedly getting on and off the vehicle, significantly reducing the risk of working at heights and greatly accelerating the work pace.
• Overcame complex scenarios, enhanced capture effectiveness: Even when facing barcodes deformed by film coverage, the specialized equipment achieves fast and accurate recognition, thereby improving the data capture efficiency and accuracy throughout the receiving, picking, and inventory counting processes.
• Optimized ergonomics, reduced employee burden: The lightweight design and user-friendly interface of the equipment effectively reduced operator fatigue during prolonged work, enhancing work comfort and response timeliness.

Nongfu Spring adopted a set of mobile computing solutions composed of multiple professional devices tailored for different scenarios:

• High-altitude Remote Scanning: Deployed the AUTOID Q7-(Grip) ultra-long-range mobile computer. Its impressive reading capability of up to 15 meters allows operators to easily scan goods labels on high-level racks from the ground, fundamentally avoiding the risk of personnel climbing and enabling safe and efficient remote operation.
• Efficient Barcode Capture: Equipped with the AUTOID 10 handheld mobile computer. Leveraging its exceptional scanning engine performance, it can quickly and accurately read various complex barcodes, including deformed and soiled ones. This ensures smooth and accurate data capture in high-intensity, high-volume operational environments and improves the overall response speed of employees.
• Comfortable Interaction and Dispatch Management: Applied the CRUISE2 Android mobile computer. Its 5.5-inch large screen provides a clear and comfortable human-machine interaction experience, facilitating the display of complex warehouse management information and task instructions. It is suitable for mobile office and dispatch management scenarios that require a larger visual interface and efficient information processing.