Truss & Load-Bearing Structure

Trusses and load-bearing structures are metal framework systems designed based on the principle of triangular bracing to distribute the weight of suspended equipment. The engineering team at Melody Productionworx (MPX) utilizes this technology to create high-load-capacity platforms for performance stages and outdoor events. This rigging solution establishes a robust structure capable of fully meeting the requirements of even the most demanding musical production designs.

How does Melody Productionworx implement truss systems and load-bearing structures?

The MPX team integrates truss systems and load-bearing structures to form the framework supporting entire line array audio clusters, moving head lighting rigs, and LED screens. Technicians synchronize the mechanical structure with hoists to ensure absolute stability. The metal truss members convert bending forces into axial tension and compression, enabling the system to support loads of tens of tons suspended above the audience area.

How does the MILOS S-RTW 145 steel truss system handle stage loads?

The MILOS S-RTW 145 steel truss is a heavy-duty mechanical platform fabricated from high-strength steel, featuring a rectangular cross-section of 1,450 × 770 mm. MPX engineers utilize this solution for main beams, roofing systems, and support structures for massive LED screens.

The structural design offers 2.2 times the load-bearing capacity of similarly sized aluminum systems, ensuring maximum safety for spans reaching up to 50 meters.

What are the operational characteristics of the PLUSTRUSS G7652 large-span aluminum truss system?

The PLUSTRUSS G7652 large-span aluminum truss is a box-truss component featuring four main chords, with overall dimensions of 760 × 520 mm and tube specifications of Ø50 × 4 mm. The system is modular, available in standard 2-meter and 3-meter sections to facilitate convenient transport and assembly. It enables spans of up to 30 meters, suitable for suspending professional performance audio systems.

What mechanical safety standards does MPX apply when deploying truss systems?

Load-bearing safety is a mandatory benchmark when MPX installs metal structural frameworks at event sites. We consistently calculate static tension, point loads, and wind pressure before finalizing construction drawings. Our engineering team establishes the connection layout for high-strength pins and bolts in accordance with the following international rigging safety standards:

• Mechanical stress analysis: Specialists utilize load-bearing simulation software to ensure compressive forces are evenly distributed across the beam modules.
• Anchor point verification: All shackles, steel cables, and hoists undergo rigorous quality assessment prior to the installation date.
• Balance monitoring: Technicians calibrate coordinates using electronic laser equipment to eliminate the risk of off-center oscillation.

Event organizers are requested to provide equipment weight specifications so the MPX technical team can prepare a detailed load analysis. We are committed to delivering mechanical systems that meet the highest standards of stability for every performance.