Whether it is the opening ceremony of a large-scale sports event, a high-standard cultural performance, a small-to-medium-sized national fitness activity, or a commercial exhibition, the truss, as the core carrier for supporting key equipment such as lighting, audio, scenery, and display screens, its safe and stable hoisting is a prerequisite for the smooth progress of all subsequent work. With its excellent comprehensive performance, the stage electric hoist stands out among many hoisting equipment and has become an indispensable core equipment in this field.
The "stability" of the stage electric hoist is particularly crucial in the complex truss hoisting scenarios of sports venues. It can not only achieve uniform lifting and stable translation during the truss hoisting process but also perform micro-speed adjustment according to operational needs-whether it is the hoisting of a main truss weighing several tons or the fine-tuning and alignment of a precision lighting frame, it can achieve smooth and impact-free movement. This precise control fundamentally avoids problems such as collision damage to lighting and audio equipment and deformation of truss nodes caused by equipment shaking, clearing obstacles for subsequent equipment installation, circuit layout and other links. Especially in important scenarios such as the opening ceremonies of large-scale sports events and high-standard cultural performances, it is often necessary to hoist multiple sets of trusses of different specifications simultaneously, and some complex shapes even require precise splicing of dozens of sets of trusses. At this time, the stage electric hoist can realize the coordinated operation of multiple devices through a centralized control system. Operators only need to make precise settings on the console to achieve synchronous lifting and translation of each truss component, perfectly meeting the styling design requirements of the event stage. Taking the opening ceremony of a large sports stadium as an example, the preparation team completed the construction of 800-square-meter special-shaped trusses in only 4 hours through the coordinated operation of 20 stage electric hoists, without any shaking or alignment deviation throughout the process.