In a significant leap towards enhancing airport efficiency, China is preparing to roll out its first automatic baggage loading system in April. Developed by Civil Aviation Chengdu Logistics Technology Co., Ltd., this groundbreaking technology aims to streamline the final step in the baggage handling process, reducing manual labor, enhancing safety, and minimizing errors.
The initiative comes as part of Chengdu's continuous efforts to break the monopoly of foreign equipment manufacturers dominating large domestic airports' baggage handling systems. The system, which has been independently developed by the company, is set to undergo trial operation at a major domestic hub airport in April.
Passengers at the forefront of this innovation will be able to track their luggage's entire journey through an app, utilizing Radio Frequency Identification (RFID) technology. From passing through security checks to being transported on conveyor belts, sent to the tarmac, and finally boarded, the entire process will be seamlessly monitored, providing passengers with real-time updates on their luggage's "flight mission."
The automatic baggage loading system introduces advanced technologies such as industrial robotic arms, visual recognition, and artificial intelligence algorithms. These components work collaboratively to identify and grasp checked baggage, automatically boarding them onto the plane based on their size. This marks a significant departure from traditional manual handling, promising increased efficiency and reduced baggage damage.
Xiang Yong, Technical Director of Civil Aviation Logistics Equipment, highlighted the system's crucial role in addressing industry pain points. Manual baggage loading has long been associated with high labor intensity, low efficiency, and elevated error rates, leading to numerous complaints within the civil aviation sector. The new system is expected to alleviate these concerns by automating the loading process and enhancing overall airport logistics.
The automatic baggage loading system is anticipated to bring about several benefits, including high flexibility, wide-ranging applications, intelligence capabilities for real-time palletizing and verification, fast deployment, small footprint, and strong reliability with multiple safety protection systems.
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