Designed for uncoiling a metal strip coiled in a 2 000 kg roll and up to 350 mm wide. The Expanding of the support bars synchronously by rotation of the handwheel. Equipped with a system to prevent unwinding by inertia.
Line is intended for production of a half-round or shaped gutters from thin-sheet galvanized steel 0,4-0,6 mm of thickness with plastisol or pural coatings. Gutter is one of the elements of the rain ware system responsible for draining rainwater and meltwater from the roofs of buildings.
Dual sided hemming machine is intended for rolling of edges in a single pass from thin-sheet galvanized steel 0,4-0,5 mm of thickness. The machine with stepless width adjustment from 90 mm to 690 mm conveniently via handwheel.
PK series shaping machines are designed for production of “Window trim” profile made of coiled galvanized steel or steel with polymer coating, 0.4 to 0.6 mm thick. The shape rolling is performed in two passes - one side at a time.
Produces roofing panels with single snap lock seam, the distinctive features of which are simple and quick installation of the panel without the use of special tools, hidden mounting system, allow for thermal expansion of the material.
Equipment is intended for production of a gutter from thin-sheet galvanized steel 0,4-0,6 mm of thickness with plastisol or pural coatings. Gutter is one of the elements of the rain ware system responsible for draining rainwater and meltwater from the roofs of buildings.
Seam closing machine FOS.R-1300/0,8 is designed for seam shortening during production of air ducts and water drain systems. Small size and lightweight of the seam-closing machine allow using it in shop and construction site conditions.
Rigid welded design of the seam closing machine ensures the roller positioning precision. The upper roller is held down manually using a screw drive. The roller is driven by rotation of the handle. As standard, the external lock shortening rollers are installed on the machine. Optionally the central or internal lock rollers can be installed.