Stage & Truss Technical Support and Installation Guides

Dragon Stage provides technical support and practical installation guidance for aluminum truss systems, modular stage platforms, scaffolding structures, and Layher-based event support systems. These structural systems are widely used in concerts, touring productions, exhibitions, festivals, and temporary event infrastructure.
Event structures must support lighting equipment, LED screens, audio systems, and stage performance environments while maintaining stability and safety during installation and operation. A properly designed stage and truss system allows fast installation, flexible configuration, and reliable structural support.
Through this technical support center, we provide installation knowledge, engineering guidance, and structural resources to help production teams understand how stage platforms, truss structures, and event scaffolding systems are assembled and configured.
This page includes installation guides, structural planning concepts, documentation resources, and answers to frequently asked technical questions related to event stage construction and truss systems.

Modular stage platforms are commonly used in concerts, exhibitions, conferences, and public events. These systems allow flexible height adjustment, fast installation, and reliable structural support for performers, equipment, and stage decorations.
Understanding the installation process of stage platforms helps ensure proper structural stability and safe operation during events.

A modular stage platform system typically consists of aluminum stage decks, adjustable support legs, connection clamps, and stabilizing components. The stage decks are designed to connect quickly while maintaining a flat and stable surface.
During installation, stage platforms should be assembled on a level ground surface. Each platform is connected to adjacent units using locking connectors to prevent movement between sections.
This modular design allows stage systems to be configured in various sizes and shapes depending on the event layout and performance requirements.

Stage platforms use adjustable legs to achieve different stage heights. The legs must be installed vertically and securely locked into the stage deck structure. Proper height adjustment ensures that the stage surface remains level and stable.
When installing higher stages, additional structural reinforcement or bracing may be required to maintain structural rigidity.

Before the event begins, installers should verify that all stage connections are properly secured. Stage legs must rest on stable ground, and any uneven surfaces should be corrected using adjustable leveling components.
For outdoor events, additional stabilization may be necessary depending on ground conditions and stage height.

There are mainly 6 kinds of stages produced by Dragonstage, all of them are mudular designed for the feasibility of installation. You can check how to install them, how they modular designed and their safety designs on respective pages.
*Modular Brace Stage 
*Quick Locking Stage 
*Modular Pipe Stage 
*Mobile Foldable Stage 
*Modular Steel Stage 
*Modular Riser Stage 

Aluminum truss systems are essential structural components in modern event production. They support lighting fixtures, LED screens, sound systems, banners, and decorative elements above the stage.
These truss systems are designed to combine high strength with lightweight aluminum construction, allowing efficient transportation and rapid installation.

Most aluminum truss systems use either bolt connections or conical coupling systems. Conical truss connections allow fast assembly by inserting connectors and securing them with pins and safety clips.
Proper alignment during connection ensures that the structural load is distributed evenly across the truss structure.

Lighting trusses are typically installed above stage areas to support moving lights, spotlights, and other production equipment. The structure can be supported by truss towers, ground support systems, or roof structures depending on the event configuration.
During installation, each truss section should be connected securely and checked for alignment before lifting.

Truss towers are vertical support structures used to elevate lighting trusses or roof systems. These towers must be installed on stable ground and may include base plates, stabilizers, or ballast weights to ensure structural safety.
Careful installation ensures that the vertical load and lateral forces are properly managed.

For large events, truss roof systems provide structural support for lighting rigs, sound systems, and weather protection structures. Roof systems typically consist of multiple truss spans connected to vertical support towers.
Proper structural planning ensures that the roof structure remains stable while supporting the required equipment loads.

Scaffolding systems are widely used in event production as temporary support structures. They provide flexible structural solutions for stage support, camera platforms, lighting towers, and audience viewing platforms.
Event scaffolding structures are designed for rapid assembly and modular configuration.

Scaffolding towers are constructed by stacking vertical frames and connecting them with horizontal braces and diagonal supports. This modular construction allows installers to adjust the height and layout depending on the event requirements.
Proper bracing is essential to maintain structural stability.

Scaffolding systems can be used to build various temporary structures such as camera towers, lighting platforms, backstage working areas, and elevated viewing platforms.
Because these structures are temporary, installation efficiency and modular design are critical advantages.

When installing scaffolding structures, all components must be securely connected and properly braced. Installers should ensure that the base surface is stable and capable of supporting the structure.
Additional stabilization may be required for taller scaffolding towers or structures exposed to outdoor conditions.

There are mainly 9 kinds of mobile scaffolding and working platforms produced by Dragonstage, all of them are mudular designed for the feasibility of installation. Also we are welcome clients to custom produce as their needs. You can check their design and usage on respective pages.
*Double Width Climb Ladder Scaffolding
*Single Width Climb Ladder Scaffolding
*Double Width Step-Stair Scaffolding
*Foldable Scaffolding

*Double Width 75° Degree Hang Step-Stair Scaffolding
*Aluminum Ladders
*Aluminum Working Platform

*Aluminum Ramp

*Seating System

Layher-based systems are widely used in large-scale event production and stage construction due to their modular flexibility and high structural capacity. These systems combine scaffolding technology with truss components to create complex event structures.
Layher systems are commonly used for stage roofs, support towers, grandstands, and temporary event architecture.

A Layher system typically consists of vertical standards, horizontal ledgers, diagonal braces, and specialized connectors. These components allow structures to be assembled in multiple directions and configurations.
This modular system enables engineers to build complex temporary structures efficiently.

Layher systems can be integrated with aluminum truss structures to support lighting systems, stage roofs, and suspended production equipment.
This combination allows large event structures to maintain both flexibility and structural strength.

Large event stages often require complex support structures to carry lighting, sound equipment, and roof systems. Layher systems provide a reliable structural framework for these installations.
Proper structural planning ensures safe installation and efficient construction on-site.

Each event environment presents different structural challenges. Stage size, equipment weight, audience capacity, and venue layout all influence the design of the stage and truss system.
Dragon Stage provides technical support to assist clients in selecting suitable stage and truss configurations for their event projects.
Our team can provide guidance on stage system selection, truss layout planning, and structural configuration for various event environments.

Technical documentation helps event organizers and production teams understand product specifications, structural dimensions, and system compatibility.
Our documentation resources include structural drawings, product specifications, and certification materials that support event planning and equipment selection.
Clients can access these materials through our technical download center.

Many customers have technical questions when selecting stage and truss equipment for event projects. Our FAQ center addresses common topics related to product specifications, installation considerations, shipping information, and structural applications.
These questions are based on real inquiries from event production professionals and equipment rental companies.

If you need assistance selecting stage systems, planning truss structures, or preparing equipment for an event project, our technical team is available to provide support.
We can help with:
• Stage system configuration
• Truss structure planning
• Event production equipment selection
• Temporary structure solutions

 

Our goal is to help clients build safe, efficient, and reliable stage structures for concerts, exhibitions, festivals, and touring productions.
For technical inquiries, please contact our team.
Email: sales11@dragontruss.com
WhatsApp: +86-188-1917-6126