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Machine for the assembly of the shaped polystyrene panel to two external electro-welded meshes. The machine welds the vertical connectors to the two external meshes, producing the sandwich panel. This way, it is possible to produce all types of panels: single, double and floor panels of different thickness. -
Completely automatic electric panels assembling machine. The first mesh, the polystyrene panel and the second mesh are positioned on the welding bench, then the machine puts and welds the vertical connectors to the two external meshes. This way, it is possible to produce all types of panels: single, double and floor panels of different thickness. -
Machine for automated process of insertion of the connector in the polystyrene core. -
Machine for the production of electro-welded meshes fed by wires. The automatic welding machine can manufacture electro-welded meshes from pre-straightened wire, both longitudinal and transversal. The mesh maximum width is equal to 1250 mm, the length is variable between 2000 mm and 6000 mm. -
Machine for the production of electro welded meshes supplied by bars and coils. This machine produces electro welded meshes with transversal wires pre-straightened and cut to size and longitudinal wires supplied directly from coils. The mesh maximum width is equal to 1250 mm and the length is unlimited. -
Machine to cut the polystyrene blocks in sheets used for the production of the systems’ components. The machine allows to cut vertically and horizontally the blocks and to obtain sheets of different thicknesses. -
Electromechanical automatic machine for electro-welded meshes bending and cutting, for the production of U, L and Z-shaped meshes. Clamps driven by electric servomotors guarantee the handling of meshes. - Max mesh width: 1300 mm - Max mesh length: 6000 mm -
Robotic system for the production of panels made up of one or more assembling machines working in parallel fed by a robot which loads the steel meshes already produced and the polystyrene sheets already cut. When the panels are assembled, another robot positioned at the end of the machine, unloads, stacks and binds the panels so they are ready to be transported.
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Machine for the assembly of the shaped polystyrene panel to two external electro-welded meshes. The machine welds the vertical connectors to the two external meshes, producing the sandwich panel. This way, it is possible to produce all types of panels: single, double and floor panels of different thickness.
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Completely automatic electric panels assembling machine. The first mesh, the polystyrene panel and the second mesh are positioned on the welding bench, then the machine puts and welds the vertical connectors to the two external meshes. This way, it is possible to produce all types of panels: single, double and floor panels of different thickness.
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Machine for automated process of insertion of the connector in the polystyrene core.
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Machine for the production of electro-welded meshes fed by wires. The automatic welding machine can manufacture electro-welded meshes from pre-straightened wire, both longitudinal and transversal. The mesh maximum width is equal to 1250 mm, the length is variable between 2000 mm and 6000 mm.
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Machine for the production of electro welded meshes supplied by bars and coils. This machine produces electro welded meshes with transversal wires pre-straightened and cut to size and longitudinal wires supplied directly from coils. The mesh maximum width is equal to 1250 mm and the length is unlimited.
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Machine to cut the polystyrene blocks in sheets used for the production of the systems’ components. The machine allows to cut vertically and horizontally the blocks and to obtain sheets of different thicknesses.
-
Electromechanical automatic machine for electro-welded meshes bending and cutting, for the production of U, L and Z-shaped meshes. Clamps driven by electric servomotors guarantee the handling of meshes. - Max mesh width: 1300 mm - Max mesh length: 6000 mm
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Robotic system for the production of panels made up of one or more assembling machines working in parallel fed by a robot which loads the steel meshes already produced and the polystyrene sheets already cut. When the panels are assembled, another robot positioned at the end of the machine, unloads, stacks and binds the panels so they are ready to be transported.