Omniasystem advantages
Two components to encompass the limitless
Utilizing a patented system for element connection, exclusively through bolting, structural expansions become inconsequential as each grid or diagonal expansion is absorbed by the junction node. The spatial grid structures provided by Omnia Structures enable the creation of robust steel roofs that are lightweight and offer extensive compositional flexibility. They are convenient to transport and assemble.
All grid components are crafted from S235JR steel, hot-dip galvanized both internally and externally. The bolts, branded Omnia, are graded 8.8 and coated with 8 microns of white zinc.
Considering the extensive expertise in thefield of large-scale roofing for industrial warehouse.
Assembly in three simple steps
The Omniasystem focuses on modularity and streamlining assembly processes
Step 1
Installing screws and grid steel tubes
Place the M12 screw, washers, and the initial set of grid steel tubes.
The precision and accuracy in Omniasystem’s production ensure seamless fits and connections.
Step 2
Placing grid steel tubes
Position the M12 screws, washers and the second set of grid steel tubes
Once the second set of grid steel tubes is in position, the module stabilizes, ensuring a secure connection between the components
Step 3
Placing and securing
Position the diagonals and secure them with washers
With this step completed, the module is fully assembled and ready to replicate for the final structure
The module tailored to your requirements
Omnia Structures spatial grid structure enable the construction of sturdy and durable steel roofs that are also lightweight and offer considerable compositional flexibility. They are convenient to transport and assemble.
Utilizing a patented system for element connection, exclusively through bolting, structural expansions become inconsequential as each grid or diagonal expansion is absorbed by the junction node.
Frequent questions
Omniablok is a structural support system for the photovoltaic panels, developed and introduced to the market by Omnia Spatial Structures SRL since 2010. It derives its name from the Omniablok aluminium casting, crafted from EN AB 46100 alloy, enabling the connection of grid elements forming the photovoltaic frame.
The Omniablok structure comprises hot-dip galvanized s235 steel tubes, lightweight aluminium alloy castings, and the bolts are fabricated from A2 stainless steel, all branded “OMNIA”.
The number of fasteners depends on the layout, the type of the roof, and the installation area;
each structure is customized based on its specific characteristics, and the fastening points vary accordingly. Our technicians create a design indicating the fastening points, typically positions along the perimeter of the roof, aiming to avoid fixings inside the roof slope.
One of the advantages of the Omniablok system is the ability to install with minimal drilling compared to the traditional standard structures.
No, each Omniablok structure is tailor-made according to the dimensions of the photovoltaic panel to be installed.
No, Omniablok structures are straightforward and fast to assemble.
Installers can assemble Omniablok instead of standard systems without needing to attend training courses.
The Omniablok structure weighs around 9.8 kg/m2 for a flat roof and approximately 6.5 kg/m2 for a sloped roof. The weigh can vary depending on the size of the photovoltaic panel.
No, our systems are tailored for roofs and are developed from our extensive expertise in roofing solutions
Are additonal clamps required for installation? No, the Omniablok structure comes complete with bolts and all necessary components for panel attachment
Certainly upon request, we can supply a snow guard for the end section of the structure, or a snow guard to be installed among the photovoltaic panels
You can request a quote by emailing info@omniastrutture.it
and attaching a layout showing module arrangement, technical data sheet of photovoltaic panels, shipping address, and any available photos of the roof
