CONTINUOUS, PENETRATION-FREE METAL PANELS
FOR GREATER SAFETY AND DURABILITY.
The panels can span distances of over 3 m/10 ft, depending upon the load criteria – and they can be installed without penetrating the standing seam.
Tapered standing seam panels are ideal for cost-effectively cladding and roofing large round or conical buildings. These are produced on-site to your specifications in just a single operation using our patented BEMO-Mobile Factory Mills.
OUR WIDE RANGE OF MATERIALS AND SHAPES GRANTS YOU UNPRECEDENTED ARCHITECTURAL FREEDOM.
Free-form and curved shapes, and seamless transitions between wall and roof: all this and more is possible with BEMO standing seam systems. All BEMO standing seam panels, whether straight, tapered or free-form, can be curved in a separate step to create concave and convex shapes.
Three types of standing seam panels are available. These can be manufactured from a wide variety of materials, and painted a vast number of colors. Additional benefits for planners and investors include:
- Continuous panels over 100 m/330 ft in length – no overlap required. This creates secure large roofs
- Standing seam panels available for roof pitches of less than 1.5°
- Panels can be manufactured in widths between 305mm/12 in and 500mm/19.7 in – for highly efficient installation
HEAVY LOADS AND LOW-PITCH ROOFS?
NO PROBLEM FOR THE N65 PANEL.
WITH A SEAM HEIGHT OF 65MM/2.56 IN , THE N65 PANEL WAS DESIGNED FOR ROOF SLOPES AS LOW AS 1.5°.
The high seam ensures excellent load-bearing capacity.
The panel can be employed in all climate zones and for all building types.
BEMO-MONRO®: THE HIGHEST STANDARDS
OF DESIGN AND QUALITY.
BEMO-MONRO ENABLES YOU TO CLAD BUILDINGS OF ALL SHAPES AND SIZES – WITH FLEXIBILITY AND PRECISION.
BEMO standing seam panels are ideal for secure free-form curved roofs and walls. Since we can supply very long continuous panels, no overlap is required, and our equipment can produce panels of practically any shape in Aluminum, Titanium Zinc and Copper.
To support you during the design stage, BEMO can provide you with 3D visualizations. In addition, we can carry out a feasibility analysis on your design, and generate a cost estimate.
The BEMO-MONRO system includes BEMO-DOME, a modular substructure that can be adjusted in three dimensions. The substructure precisely follows the building’s contours, and accommodates tolerance in the as-built load-bearing structure. It enables exact positioning of the halters, and can be installed quickly and efficiently.
This makes it possible to create roofs and walls of exceptionally attractive appearance – without additional material stress.
The precise position and height of the halters are determined using a 3D survey of the as-built structure. The coordinates of the halters are projected onto the building and clearly marked. The contractor also receives a model depicting the positions of the halters and all information necessary for easy installation. No special tools are required.
MONRO PANELS ARE PRODUCED USING UNIQUE PATENTED PROCESSES.
The panels are cut to size and rolled in a single operation. The rollers are mounted on individually controlled stations, allowing the creation of free-form panels with concave and convex segments with extremely large and extremely small radii, and widths between 100mm/3.93 in and 1,000mm/39.37 in. Also it is possible to produce panels in lenghts over 100m/3.93 in.
PATENTED PRODUCTION PROCESSES: for mobile deployment the world over.
The number and direction of the central ribs can be varied in line with your project needs – ensuring clean lines, no matter the building shape. Once the panels have been rolled, they can be curved to create concave and convex forms. Our specialized equipment is capable of curving very small radii. Our exclusive BEMO-Mobile Factory Mills can be shipped anywhere in the world.
We employ state-of-the-art 3D design technology and our proprietary file-to-factory software to determine the shape of each MONRO panel. For highly demanding projects, it is possible to custom-manufacture every single panel to ensure precise alignment with the building contours.