Omnia V1 systems are designed to fit any type of flat roof and can be attached to the ballast or directly to the ceiling. Thanks to the double fixing block between upright and diagonal, this system allows a distance between the easels superior to the competition.

The V2 system optimizes the number of installable panels and reduces the anchoring points, thus reducing the number of perforations needed to fix the system to the ceiling.

The V1 System Up is the ideal solution in case there are obstacles in the ceiling, such as air conditioning hoses, electrical cables, antennas or when the shade of the railings obstructs/hinders the proper functioning of the photovoltaic system.

The V2 Up system allows the installation of panels on roofs with uneven surfaces or obstacles that can make it difficult to install the V2 system. The limited number of windbreaks, makes this solution very competitive and quick to install.

The V1 STRONG system enables rows of panels to be installed vertically or horizontally in surface areas particularly exposed to wind pressure or when it is not possible to anchor the structures directly to the ceiling.

The V2 Strong system has been developed for the installation of two rows of vertical panels on high-wind surfaces or where it is not possible to attach to the roof support structure. Thanks to its geometries, the system uses a limited number of windbreaks.

The EST-WEST LARGO system it is the ballast solution that is ideal for installing photovoltaic panels on flat roofs for projects located in strongly windy areas or in tall buildings. The system, through the tracks that flow under the panels, allows the weight of the ballasts to be distributed along the entire surface occupied by the photovoltaic panels.

The EST-WEST system is the ideal solution for installing photovoltaic panels on flat roofs in places with low wind pressure. Thanks to its small number of components and its size, this system is easy to transport and quick to install.

The OMNIA V1 NO FIX system is a self-supporting system that allows you to install photovoltaic panels on flat roofs on which it is not possible to use chemical anchors or holes, such as for example TPO roofs. This system is particularly suitable for the latest generation panels with generous dimensions and particular restrictions by the manufacturer.

The Kalzip HORIZONTAL system is a profile-free fixing system that can be installed on standing seam sheets with crest width up to 23 mm. The support clips of the photovoltaic panel allow to fix the panels directly using only the clamps. Thanks to the generous dimensions of the clips, an optimal air flow is guaranteed that minimises the overheating of the photovoltaic modules.

The Kalzip VERTICAL system can be installed on standing seam sheets with crest width up to 23mm. The distance between the support points can reach 2mt if you use the Omnia profile or 3mt if you use the ACE profile. Thanks to the direct attachment of the profile on the support clip, it is not necessary to use an L-foot.

The Zintek HORIZONTAL system is a system of fixing without profiles that can be installed on standing seam sheets with crest width up to 15mm. The support clips of the photovoltaic panel allow to fix the panels directly using only the clamps. Thanks to the generous dimensions of the clips, an optimal air flow is guaranteed that minimises the overheating of the photovoltaic modules.

The Zintek Portrait system can be installed on standing seam sheets with crest width up to 23 mm. The distance between the support points can reach 2mt if you use the Omnia profile or 3mt if you use the ACE profile. Thanks to the direct attachment of the profile on the support clip, it is not necessary to use an L-foot.

The Kalzip TILT 5° allows to increase the production of photovoltaic energy thanks to the possibility of raising the angle of inclination of the panels by 5° with respect to the roof layer. The system can be installed on all standing seam ceilings with crest width up to 23 mm.

The ACE COMPLANARE system allows distances (span) between the support points up to 3mt. This solution is especially recommended for installations where it is necessary to reduce the number of anchorages. It is possible to install the ACE COMPLANARE system in Powergrip fastening systems for TPO surfaces.

The OMNIA COPLANAR system allows distances (span) between the support points up to 2.0mt. It is possible to install the Omnia Coplanar system in Powergrip fastening systems for TPO surfaces.

The Domo system can be installed in all types of tiles (Portuguese/Marseille/flat tiles/fibrocement) quickly and accurately. Thanks to the possibility of adjusting the mounting / fixing bracket, it is possible to install the photovoltaic modules even in the presence of discontinuous and irregular surfaces.

The Onda system allows the installation of photovoltaic systems on roofs with corrugated roofs or in fibrocement. This option is offered with different anchoring solutions depending on the lower structure of the roof (steel, wood, cement) and the surface of the roof (fibrocement, plastic).

The Micro Rail is the ideal solution for trapezoidal sheet installations with a short distance between the ribs. In fact, this system is fixed directly to the roof cladding, minimizing useful components, and making installation of the entire system very practical and quick. The components have been conceived and designed optimizing the dimensions to the maximum, making them easy to move and load without the help of special heavy machinery with the consequence of obtaining significant economic savings in transport and labour.

The Mini Rail is the best solution for installations on greyed sheet that does not need to be anchored to the roof substructure. This system is fixed directly to the roof lining and thanks to the EPDM washer screws and an EPDM membrane fixed on the base of the profiles, the impermeability of the roof is guaranteed.

The Rail CONTINUO for trapezoidal sheets is an assembly system that allows the installation of photovoltaic panels on corrugated sheets very distant from each other. The system is anchored directly to the cover coating through EPDM-coated automatic drilling screws.