Equipment for Aviation Industry

Traditional fixed-level platforms designed for specific airframe configurations consume substantial hangar operating space and limit operational flexibility, leading to inefficient operations.

Modern hangar design now achieves optimal three-dimensional space utilization through integrated Tele-Platform and overhead bridge cranes. These systems are widely used in essential aviation MRO tasks, including major overhauls, inspections, and painting operations.

For the maintenance applications, Oritcranes provides comprehensive lifting equipment solutions to various operational scenarios. Multi-suspension hangar cranes serve as critical infrastructure in modern large-scale aircraft maintenance hangars. Featuring a unique multi-point suspension design, these cranes effectively overcome challenges in heavy lifting and precision positioning across large-span areas, establishing themselves as core equipment for ensuring efficient and safe aircraft maintenance operations.

The Oritcranes engine handling system enables smooth and precisely controlled aerial movement of aircraft engines, eliminating collision risks with ground equipment and enhancing operational safety. Equipped with multiple safety protection features—including anti-sway devices, overload protection, and precision positioning—the system ensures stable and controlled moving throughout the entire process. Furthermore, it greatly improves the efficiency of engine hoisting, transportation, and storage, directly increasing aircraft maintenance turnover rates and thereby boosting overall operational performance.

The aircraft engine gantry crane is a high-strength lifting equipment fixed above the engine maintenance station. It is equipped with specialized engine slings and a precision lifting control system, designed for accurate positioning, attitude adjustment, tilting, and stable support of engine assemblies or core components during maintenance processes. Unlike overhead transport systems, it is not intended for long-distance movement but serves high-frequency, high-precision lifting operations within the workstation.