Plug-in Aluminum Alloy Stage: The First Choice for Efficient Setup, Unlocking a New Experience of Professional Stages
Whether it’s brand displays at commercial exhibitions, on-site presentations of literary and artistic performances, or scene arrangements for event celebrations, the stage serves as the core carrier. Its setup efficiency and stability directly affect the event effect. The Plug-in Aluminum Alloy Stage, with its convenient installation and reliable performance, has become an ideal choice for various scenarios. When paired with a full set of professional equipment, it can further upgrade the professionalism of stage setup.
1. Core Stage Body: Lightweight, Sturdy, and Efficient to Assemble
As the core body, the Aluminum Alloy Plug-in Stage is in the same vein as the Plug-in Aluminum Alloy Stage, both made of high-quality aluminum alloy. This material is not only lightweight, facilitating transportation and handling, but also has excellent load-bearing capacity and corrosion resistance, making it suitable for a variety of indoor and outdoor environments. Its plug-in structure design requires no complex tools; staff can quickly complete the setup by simply splicing, significantly shortening the preparation time. At the same time, the splicing joints are tight and firm, ensuring the safety of the stage in use.
2. Complete System Support: Ensuring Stability with Raya Stage System
To create a complete professional stage solution, the collaboration of the Raya Stage System is indispensable. This system integrates various supporting components required for stage setup, from non-slip stage boards to stable support tripods. All components have undergone strict quality inspections and can be perfectly adapted to the Plug-in Aluminum Alloy Stage, ensuring the consistency and stability of the overall stage structure. This makes the setup process more worry-free and the later use more secure.
3. Overhead Equipment Suspension: Flexible Matching of Truss Systems
The suspension needs of equipment such as lighting, audio, and large screens above the stage can be flexibly met through the
Steel Truss System and aluminum truss . Among them, the steel truss has strong load-bearing capacity, making it suitable for suspending heavy lighting frames, large display screens, and other equipment, providing reliable support for the layout of high-density equipment. The aluminum truss, on the other hand, inherits the advantage of being lightweight, facilitating high-altitude installation and adjustment, and is suitable for setup scenarios sensitive to weight. The combined use of the two allows for flexible planning of the overhead layout of the stage according to equipment needs, enhancing the visual presentation effect of the stage.
4. Auxiliary Components: Enhancing Safety and Work Efficiency
In addition, the
Aluminum Stage Truss, as an important auxiliary component, can be accurately connected to the Plug-in Aluminum Alloy Stage, further strengthening the structural stability of the stage edges and corners and avoiding potential safety hazards caused by uneven force. The Raya Scaffolding provides a safe working platform for stage setup, equipment debugging, and post-maintenance. Staff can easily complete high-altitude operations such as installation and line maintenance with the help of Scaffolding , which not only ensures construction safety but also improves work efficiency.
From the core stage body to supporting trusses and scaffolding, the Plug-in Aluminum Alloy Stage forms an efficient, safe, and flexible stage setup solution through combination with professional equipment such as the Aluminum Alloy Plug-in Stage and Raya Stage System. It easily meets the stage needs of various events and helps every event be perfectly presented.
I. Core Material: Balancing Lightweight and Durability
The entire stage adopts 6061-T6 or 6063-T5 aviation-grade aluminum alloy. Aluminum Alloy Plug in Stage From the frame to the panels, every part is designed around the concept of "portability + durability", with key material characteristics as follows: Lightweight for Easy Handling: Aluminum alloy has a density of only 2.7g/cm³ (about 1/3 that of steel). A single stage module (including the panel and basic frame) typically weighs 8-15kg, which can be easily carried by an adult alone. No large hoisting equipment is required, significantly reducing labor costs.
Strong Corrosion and Weather Resistance: Aluminum Plug in Stage All aluminum alloy components undergo anodization treatment, forming a dense oxide film on the surface. This enables the stage to withstand outdoor conditions such as sun exposure, rain, and humid environments (e.g., open-air events during the rainy season) without rusting or delaminating after long-term use. Plug in Stage Aluminum With proper maintenance, its service life can reach 8-10 years.
High Load-Bearing Capacity and Deformation Resistance: The material has a tensile strength of ≥260MPa and excellent compressive performance. A standard 1.2m×0.8m panel can bear a uniform load of up to 300kg/m², supporting 3-5 people standing simultaneously or holding small-to-medium-sized performance equipment aluminum plug in stage for lighting (e.g., audio systems, lighting fixtures) without bending or deforming even with frequent use. II. Assembly/Disassembly Process: Tool-Free Quick Operation, Easy for Beginners
Relying on its core "plug-in" structure, the stage requires no welding or screws during the entire process. A team of 2-3 people can complete assembly and disassembly, with simple and efficient steps as follows:
1. Assembly: A 10㎡ Stage in 30 Minutes
Step 1: Basic Positioning: Clear debris from the site, aluminum stage plug in system plan the stage size according to needs (e.g., a small 4m×3m stage), place the aluminum alloy support legs (with an adjustable height range of 0.4-1.0m) at 1.2m intervals, and adjust the leg height to ensure levelness. Step 2: Frame Plug-In Connection: Take out the main frame poles (usually standard sections of 1.2m or 2.4m) and connect them via the pre-installed buckle-type slots at the ends — insert one end of a frame pole into the interface at the top of a support leg, and push gently until a "click" sound indicates locking. transparent;">Complete the assembly of the surrounding frame and internal cross braces in sequence to form a stable frame structure.
Step 3: Panel Laying: Align the aluminum alloy panels (usually 1.2m×0.8m in size) with the slots on the top of the frame, and push them horizontally to fix in place. Panels are joined via "concave-convex mortise-and-tenon" edges, resulting in a gap of ≤2mm after splicing with no protrusions or wobbling. No additional fixing is needed.
Step 4: Safety Check: Step lightly on the panels to test stability, and shake the frame to confirm there is no looseness. A 10㎡ stage can be fully assembled from unpacking in just 20-30 minutes, while a stage under 50㎡ can be put into use within 2 hours.
2. Disassembly: Reverse Operation, Completed in 1 Hour
First, lift each panel upward one by one to separate it from the frame slots, then stack the panels (maximum 10 panels per stack, with a height of ≤1.2m).
Press the unlock button on the frame buckles, pull out the frame poles and support legs, and sort them by category.
Finally, place all components into dedicated storage bags or cartons. The parts of a 50㎡ stage only require 2-3 storage boxes, which can be carried by one person.
Wuxi Zhongshengwei Metal Products Co., Ltd.
Contact Now