Raya Heavy-Duty Truss Systems

1. Raya Heavy-Duty Truss Systems: The "Load-Bearing Core" for High-Load Scenarios​

In high-spec events such as large-scale concerts, opening and closing ceremonies of sports events, and heavy equipment exhibitions, stages need to bear not only performers and props but also heavy equipment like giant LED screens, high-power audio systems, and complex lighting arrays. This places extremely high demands on the load-bearing capacity and stability of trusses. Raya Heavy-Duty Truss Systems are designed precisely to meet such needs. With their super load-bearing performance and reliable structural design, they serve as the "core support" for high-load stage construction. Their efficient operation, however, relies on the collaboration of a complete set of stage products.​

2. Steel Truss System: The "Powerhouse" of Heavy-Duty Trusses​
As the core component of Raya Heavy-Duty Truss Systems, the Steel Truss System takes on the "load-bearing responsibility" with its high-strength material and precision structure. Made of high-quality low-carbon alloy steel, and processed through high-temperature welding and anti-corrosion treatment, a single truss can bear a maximum load of up to 1.5 tons. Moreover, multiple trusses can be assembled to form a stable load-bearing framework. At the opening and closing ceremonies of a large sports event, the organizer successfully hung three P3 high-definition LED screens with a total area of 120 square meters using the truss structure built by this system. Meanwhile, it also bore the weight of more than 20 moving head lights and 4 sets of line array speakers. Throughout the event, there was no deformation or shaking of the trusses, perfectly ensuring equipment safety and performance effects. In addition, its modular design allows flexible combination into different shapes such as rectangles and triangles, adapting to the load-bearing layout requirements of different venues and providing "customized support solutions" for high-load stages.​

3. aluminum truss: Lightweight Assistance, Balancing "Load-Bearing and Flexibility"​
Although heavy-duty steel trusses form the core, Raya Heavy-Duty Truss Systems are not entirely "all-steel structures". The integration of Aluminum Truss achieves a balance between "load-bearing and flexibility". For stage edges, secondary load-bearing areas, or parts that require temporary adjustments, aluminum trusses, with their lightweight advantage, can not only assist in sharing part of the load (a single truss can bear a maximum load of 300kg) but also facilitate on-site transportation and rapid assembly. At a heavy machinery exhibition, the construction team used aluminum trusses to build auxiliary lighting frames in the equipment exhibition area. Cooperating with the main load-bearing structure of steel trusses, it not only met the lighting needs but also avoided the transportation difficulties caused by all-steel structures, greatly improving construction efficiency. At the same time, the anodized surface treatment of aluminum trusses presents a simple metallic texture, which can form a visual complement with steel trusses, making the stage framework both sturdy and aesthetically pleasing.​

4. Aluminum Alloy Plug-in Stage: A Stable Base Bearing Dual Loads of Trusses and Stages​
The stability of trusses is inseparable from the solid support of the stage base. As the "supporting base" of Raya Heavy-Duty Truss Systems, the Aluminum Alloy Plug-in Stage provides stable stress points for the truss system with its high-strength aluminum alloy material and plug-in splicing structure. Its panel adopts an anti-slip pattern design, which can not only bear performers and props but also be tightly fixed to the bottom of the trusses through special connectors, preventing structural loosening of the trusses due to base displacement. During the construction of a large concert, a 1,000-square-meter aluminum alloy plug-in stage cooperated with the steel truss system to form an integrated structure of "bearing the stage below and equipment above". The stage surface carried more than 50 dancers performing simultaneously, and the trusses above hung 8 tons of equipment. The entire system operated stably, demonstrating the perfect collaboration between the "base and trusses".​

5. Raya Stage System: Systematic Integration Ensuring Efficient and Safe Construction​
The construction of high-load stages involves multiple links and products, and the Raya Stage System connects all links such as trusses, stages, and equipment with its "systematic integration" capability. This system provides standardized connecting accessories, enabling seamless connection between steel trusses, aluminum trusses, and aluminum alloy plug-in stages without the need for additional customized adapters. At the same time, it is equipped with professional design software that can simulate the truss load distribution, stage height, and equipment hanging position in advance according to the event load requirements, avoiding "load-bearing blind spots" during on-site construction. At a heavy equipment launch conference, the organizer used the design software of the Raya Stage System to plan the layout of "main truss load-bearing area + auxiliary truss transition area + stage load-bearing area" in advance. During on-site construction, the entire heavy-duty stage was assembled in only 6 hours, which was a 50% improvement in efficiency compared to traditional construction methods, and there were no safety hazards throughout the process.​

6. Raya Scaffolding: Safety Guarantee, Guarding the Entire Process of Heavy-Duty Construction​
The installation and commissioning of heavy-duty trusses and equipment are inseparable from the support of high-altitude operation platforms, and Raya Scaffolding serves as a "high-altitude safety barrier". Adopting a high-strength steel pipe and buckle-type connection structure, the scaffolding can be built up to a maximum height of 12 meters, and each layer of the pedal can bear a load of 200kg. It is also equipped with guardrails and anti-slip mats, so staff do not need to worry about platform shaking when standing on it to install truss connectors or debug heavy equipment. During the truss installation process of a concert, 6 technicians completed the docking and fixing of the trusses and LED screens at a height of 8 meters with the help of this scaffolding, which took only 2 hours and no safety accidents occurred. In addition, its modular design allows flexible adjustment of the number of scaffolding layers according to the truss height, adapting to different high-altitude operation needs and becoming a "safety guardian" in heavy-duty stage construction.​

7. Aluminum Stage Truss: Reinforcing Details, Perfecting the Heavy-Duty Stage Structure​
At the detailed connection points of the heavy-duty stage, the Aluminum stage truss plays a role in "reinforcement and supplementation". When used for the transition connection between the stage edge and the bottom of the trusses, it can enhance the overall stability of the trusses and the stage; when used to build equipment maintenance channels, it can provide a safe mobile platform for technicians. At a heavy machinery exhibition, the organizer used aluminum stage trusses to build a maintenance walkway around the main stage. Technicians could check the connection status of the trusses and equipment at any time through the walkway, ensuring the normal operation of the equipment during the exhibition. At the same time, its lightweight feature facilitates on-site position adjustment, providing flexible support for the "detail optimization" of the heavy-duty stage.​

8. Raya Heavy-Duty Truss Systems: A "Reliable Partner" for High-Spec Events​
From the super load-bearing capacity of the Steel Truss System to the flexible assistance of the Aluminum Truss; from the stable base of the Aluminum Alloy Plug-in Stage to the systematic integration of the Raya Stage System; and then to the safety protection of Raya Scaffolding and the detail improvement of the Aluminum Stage Truss, Raya Heavy-Duty Truss Systems, through the collaborative efforts of a complete set of products, provide a "full-process support solution" for high-load and high-spec event stages. Whether it is a large concert bearing tons of equipment or a competition stage requiring a complex structure, this system can support the "safety and splendor" of the event with its reliable performance and efficient adaptability, becoming a "trusted partner" for organizers of high-spec events.