Designed with precision and simplicity in mind, the Beenew Metal Roof Sheet Making Machine excels in the production of a myriad of metal roofing sheets. Its automated forming process ensures consistent output of top-notch, dimensionally precise sheets. Widely adopted in the construction industry, these sheets serve as robust and stylish roofing and wall covering options.
Item |
Parameters |
Material Thickness |
0.4-0.8mm |
Driving Motor |
5.5kw |
Forming Station |
16 |
Cutter Material |
Cr12 |
Shaft Diameter |
75mm |
Shaft Material |
45# steel |
Hydraulic Station Power |
2.2kw |
Control System |
PLC |
Versatile in its application, the Beenew Metal Roof Sheet Production Machinery fulfills the unique demands of residential homes, commercial edifices, and industrial complexes alike. It proficiently manufactures a wide array of metallic roofing materials, such as galvanized steel, aluminum, and vibrant color-coated steel. These finished products excel in their resistance to corrosion and durability, thereby strengthening the protective capabilities of buildings while simultaneously contributing to their visually stunning designs.
The Beenew Metal Roof Sheet Making Machine incorporates an advanced PLC control system paired with a user-friendly touch screen interface, enabling seamless automation and intelligent oversight. This sophisticated setup meticulously programs and regulates the production cycle, guaranteeing smooth and efficient operation. Additionally, it dynamically adapts production specifications like sheet length, width, and thickness to user-defined preferences, enhancing flexibility and precision.
The Beenew Metal Roof Sheet Fabrication Machine, specifically geared towards 1000mm-wide metal materials, adeptly addresses the diverse production requirements of various roof panel types. Equipped with 16 meticulously orchestrated forming steps, it transforms metal sheets into high-performance roof panels, ensuring impeccable accuracy, uniformity, and minimizing the likelihood of material deformation or defects during the intricate forming process.