Concert Stage
Adjustable Lift Stage
Demountable Stage
Custom Stage
Raya Stage System
Bleachers
A Concert Stage is far more than a simple platform; it is a complex, temporary architectural structure and a highly engineered production environment designed to facilitate a live performance and create a captivating audience experience. Its primary function is to safely support performers, crew, and a vast array of technical equipment while serving as the visual focal point of the event.
The stage itself consists of several key components. The main deck provides the performance area, often with modular risers for drum kits or other elements. The overhead roof structure, built from heavy-duty aluminum trussing, is the critical framework that suspends hundreds of kilograms of equipment, including the PA (sound) system, sophisticated lighting rigs, and video walls. Backstage areas are meticulously organized to include monitor mix positions, quick-change areas, and access points.
Safety and technical integration are paramount. The entire structure must be engineered to handle dynamic loads (from moving performers) and static loads (from equipment). It incorporates comprehensive power distribution, cable management for countless audio and data lines, and rigging points that are calculated and certified by qualified engineers.
Ultimately, a concert stage is a feat of logistics and design. It transforms an empty space into a dynamic, multi-sensory environment where artistry and technology converge, enabling performers to connect with their audience and create unforgettable live moments.
The stage itself consists of several key components. The main deck provides the performance area, often with modular risers for drum kits or other elements. The overhead roof structure, built from heavy-duty aluminum trussing, is the critical framework that suspends hundreds of kilograms of equipment, including the PA (sound) system, sophisticated lighting rigs, and video walls. Backstage areas are meticulously organized to include monitor mix positions, quick-change areas, and access points.
Safety and technical integration are paramount. The entire structure must be engineered to handle dynamic loads (from moving performers) and static loads (from equipment). It incorporates comprehensive power distribution, cable management for countless audio and data lines, and rigging points that are calculated and certified by qualified engineers.
Ultimately, a concert stage is a feat of logistics and design. It transforms an empty space into a dynamic, multi-sensory environment where artistry and technology converge, enabling performers to connect with their audience and create unforgettable live moments.
Concert Stage
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Concert Stage
Advantages of Truss Stages
Strong structural stability：Trusses adopt a modular design, and the precise connection between rods and nodes forms a stable geometric structure, which can effectively distribute loads and safely bear equipment such as lights, audio, and LED screens.
Efficient assembly and disassembly：With quick connection methods like bolts and pins, no complex tools are needed, significantly reducing the time for setup and dismantling, especially suitable for the time requirements of temporary events.
High flexibility：It can be spliced into various forms such as straight lines, arcs, and multi-layers according to venue size and shape needs, adapting to different scenarios like concerts, exhibitions, and celebrations.
Reliable safety：Designed with mechanical calculations and load-bearing tests, it can resist certain wind forces and external impacts, ensuring the safety of performances and personnel.
Stage trusses serve as the structural skeleton of performance setups, requiring designs that simultaneously ensure load-bearing safety for equipment suspension and accommodate rapid assembly/disassembly with topological flexibility demanded by production scenarios. Aluminum pin-jointed trusses, prized for lightweight efficiency, dominate temporary events, while steel bolted/welded variants secure heavy-load integrity in permanent venues—striking the critical balance between functional performance and practical utility.
Efficient assembly and disassembly：With quick connection methods like bolts and pins, no complex tools are needed, significantly reducing the time for setup and dismantling, especially suitable for the time requirements of temporary events.
High flexibility：It can be spliced into various forms such as straight lines, arcs, and multi-layers according to venue size and shape needs, adapting to different scenarios like concerts, exhibitions, and celebrations.
Reliable safety：Designed with mechanical calculations and load-bearing tests, it can resist certain wind forces and external impacts, ensuring the safety of performances and personnel.
Stage trusses serve as the structural skeleton of performance setups, requiring designs that simultaneously ensure load-bearing safety for equipment suspension and accommodate rapid assembly/disassembly with topological flexibility demanded by production scenarios. Aluminum pin-jointed trusses, prized for lightweight efficiency, dominate temporary events, while steel bolted/welded variants secure heavy-load integrity in permanent venues—striking the critical balance between functional performance and practical utility.
