Round Tube Truss System for Stage & Events

Whether for stepped product displays at small-scale press conferences, the construction of layered performance zones at outdoor music festivals, or the setup of elevating interactive stages for corporate annual galas, the Adjustable Height Stage Platform overcomes the limitations of traditional fixed-height stages with its core features of "multi-level height adjustment + stable load-bearing". It also seamlessly integrates with diverse stage components, serving as a "versatile partner" for flexible event setup.​

1. Height Adjustment Advantage: Multi-Level Adaptability for Flexible Responses​
Crafted from high-strength alloy material and equipped with a precision-adjustment mechanism, the Adjustable Height Stage Platform offers free height adjustment within the range of 0.4-1.8 meters, supporting both single-level fine-tuning and multi-stage lifting. It not only meets the low-height safety requirements for children’s events but also adapts to the standard stage height for adult performances. Boasting excellent load-bearing capacity (300kg per square meter), it can further enhance overall load capacity when paired with aluminum truss as auxiliary support—easily fulfilling the load demands for personnel and equipment in small-to-medium-sized events.​

This platform shares standardized connection interfaces with Aluminum Stage Truss. By using connectors, it can be combined with aluminum stage trusses to build multi-layered stage structures. For example, at product launch events, the platform can be adjusted to different heights to form a stepped display area; when paired with aluminum stage trusses for backdrop suspension, it creates a three-dimensional and intuitive product display space, elevating the visual layering of the event.​

2. Full-System Compatibility: Seamless Integration with Mainstream Stage Components​
With precise compatibility with the Aluminum Alloy Plug-in Stage, the Adjustable Height Stage Platform can be quickly spliced with the plug-in stage via plug-in connectors, enabling a combined layout of "fixed stage + adjustable platform". For instance, at outdoor weddings, the adjustable platform can serve as the main ceremonial stage (with height adjusted to the couple’s preferences), while the plug-in stage is used to build a guest interaction area—striking a balance between the ceremony’s solemnity and interactive flexibility.​

As a flexible supplement to the Raya Stage System, this adjustable-height platform synergizes with the modular structure of the Raya stage. When used in conjunction with Raya Scaffolding, it facilitates the construction of high-altitude adjustable platforms or multi-layered performance areas. For example, at large-scale galas, the Raya stage can be used to build the main performance area, while the adjustable platform functions as an elevating interactive stage for guests. With the auxiliary fixation of Raya Scaffolding, it ensures stable and safe lifting, adapting to the diverse performance formats of grand galas.​

3. Scene Expansion Capability: Covering Light-Load to Complex Heavy-Load Scenarios​
For light-load scenarios (e.g., main podiums for small lectures, display platforms for mall promotions), the Adjustable Height Stage Platform can be used independently without additional support. A single person can complete height adjustment and setup, significantly reducing labor and time costs—ideal for fast-paced event preparations.​

To address complex heavy-load scenarios (e.g., band performance areas for medium-sized shows, equipment display platforms for industrial exhibitions), it can be combined with the Steel Truss System. The steel Truss provides overhead support for heavy equipment, while the adjustable platform bears ground personnel and light equipment, forming a "air + ground" three-dimensional support system. For example, at music festivals, steel trusses can be used to hang lighting and audio equipment, while the adjustable platform serves as the band’s performance stage. Its height can be adjusted in real time according to performance needs, balancing equipment load-bearing and performance interactivity to meet the diverse requirements of complex performance scenarios.​