Amazon's strict rules pose challenges for cross-border e-commerce sellers, with issues related to FBA inventory surplus and returns. The high return rate, reaching 15%-20%, leads to many products being unsellable due to damaged packaging or non-compliance with review standards. To address this, sellers must return the goods to a third-party overseas warehouse before sending them to the FBA warehouse for restocking.
This article provides a detailed overview of the standard process for goods inbound, including steps such as outer packaging inspection, sorting, safety checks, weighing and dimension measurement, as well as handling loss and damage claims. It emphasizes the importance of each step to ensure the safety and integrity of the goods while safeguarding the rights of customers.
This article provides a detailed overview of the main processes involved in cargo storage. It includes steps such as external packaging inspection, cargo classification, security checks, safety inspections, weighing, and dimension measurement to ensure the safety and accuracy of the goods. Additionally, it discusses the claims process for handling lost or damaged items, helping customers understand the comprehensive storage operations.
China has over 1,800 overseas warehouses, providing strong support for cross-border e-commerce. These warehouses can be categorized into three types: third-party service-oriented, platform-oriented, and growth-oriented. They address challenges posed by the pandemic by shortening transport times and enhancing supply chain efficiency. Sellers should consider factors such as scale, management systems, reasonable costs, and integrated operations when choosing an overseas warehouse.
Overseas warehouse transfer strategies can effectively reduce return costs in cross-border e-commerce. This article introduces three core models: return quality inspection reuse, local allocation transfer, and bulk collection for return shipment, which aid in achieving cost control and efficiency improvement while ensuring compliance.
This article explores best practices for optimizing warehouse processes, including demand analysis, process design, resource allocation, and technology application. By implementing scientific planning, companies can effectively improve warehouse efficiency, shorten delivery cycles, and enhance customer satisfaction, making it a crucial approach for cost control and sustainable development.
By effectively utilizing unified data, workforce analysis, and artificial intelligence, companies can significantly enhance warehouse profitability and reduce downtime to 4%. With real-time data visualization and a focus on continuous improvement, businesses can not only boost operational efficiency but also lay a solid foundation for future technological innovations.
Dexory explores the future of adaptive warehouses, revealing the stages of evolution in warehouse management and the crucial roles of artificial intelligence, robotics, and automation in innovative supply chains. This provides companies with strong directions to adapt to market changes.
Warehouse Management Systems (WMS) play a crucial role in e-commerce operations by enhancing supply chain efficiency through real-time data sharing and inventory monitoring. Modern WMS adapt to the advancements in automation technology to manage complex logistics and reverse logistics effectively, ensuring accurate order flow and customer service.
The voice-controlled picking solution enhances warehouse efficiency through integration with multiple systems via voice commands. Coupled with wearable devices and autonomous mobile robots, Numina Group's RDS BatchBot solution achieves efficient logistics management. Additionally, improved voice recognition technology simplifies the training process for new employees, promoting the adoption of voice control technology in high-turnover industries.
