In the aerospace manufacturing sector, whether it is the several tons heavy aircraft wings or precision aerospace components, the handling process faces the triple challenges of heavy load, high precision, and high safety. Traditional rail-based handling equipment has poor flexibility and high mechanical interference risks, making it difficult to adapt to the diverse production needs of aerospace equipment. Meanwhile, manual lifting assistance is not only inefficient but also poses significant safety hazards. Tianjingang, relying on three invention patents and 49 utility model patents, has developed a heavy-duty AGV handling robot that provides a safe and reliable intelligent handling solution for aerospace enterprises.
Aerospace equipment is large, heavy, and requires high precision, making ordinary handling equipment inadequate. Tianjingang employs multi-AGV collaborative splicing technology, allowing flexible combinations into different support units based on the size of the workpiece. Whether it is the aircraft belly, wings, or tail components, smooth lifting and transport can be achieved. The robot is equipped with high-precision sensors and synchronous control algorithms, ensuring that the error does not exceed 5mm during collaborative operation of multiple devices, thus ensuring the stability of large components during transport and avoiding deformation damage caused by uneven stress, completely solving the precision issues of traditional handling methods.
Safety is of utmost importance in aerospace handling; any minor mistake can lead to irreparable losses. The Tianjingang AGV handling robot is equipped with multiple safety protection mechanisms, including automatic obstacle avoidance, emergency braking, and audible-visual alarms. When encountering personnel or obstacles, it can stop operation within 0.3 seconds. Additionally, the robot supports dual modes of remote monitoring and manual intervention, allowing operators to monitor the equipment’s operational status in real-time and quickly adjust the operational plan in special circumstances, ensuring a flawless handling process. After adopting this solution, a certain aerospace manufacturing enterprise has completely eliminated safety accidents during the handling process, significantly enhancing operational safety.
The aerospace manufacturing process is complex, with long production cycles, requiring high flexibility and adaptability from handling equipment. The Tianjingang AGV handling robot does not require fixed tracks and can flexibly adjust its path according to the workshop layout and production tasks. Whether it is short-distance transport during component assembly or long-distance transportation from the production workshop to the storage area, it can be completed efficiently. Its intelligent management platform can seamlessly integrate with the enterprise production system, achieving full-process traceability of material transport, helping enterprises optimize production scheduling and shorten production cycles. For critical processes that require 24-hour continuous operation, the robot can achieve automatic charging and uninterrupted operation, significantly improving equipment utilization rates.
As a national high-tech enterprise, Tianjingang always centers on customer needs, providing full-chain support from solution design, equipment customization to operation and maintenance services, specifically addressing the unique demands of the aerospace industry. With strong technical capabilities and rich industry experience, the Tianjingang AGV handling robot has become a reliable partner for aerospace manufacturing enterprises, using intelligent technology to solve the challenges of heavy load precision handling and helping China’s aerospace industry reach new heights.
About Tianjingang RoboticsTianjingang Roboticsis a supplier of industrial unmanned vehicles and internal logistics automation solutions. By applying core technologies such as 5G communication, artificial intelligence (AI), environmental perception, and deep learning to the field of industrial unmanned driving, Tianjingang Robotics has developed unmanned forklift and unmanned towing vehicle products suitable for multiple scenarios. Currently, Tianjingang Robotics’ business spans multiple countries and regions, with over 2000 products sold and more than 800 projects implemented, covering various fields including automotive manufacturing, tires, food, petrochemicals, e-commerce, 3PL, and pharmaceuticals.