top of page
Search
vestrainet

Why Consider Custom Sheet Metal Fabrication




If an application needs a material made from metal with specific features, the best route to take is through custom sheet metal fabrication. The demand for this service has increased since the industrial revolution. There are plenty of different applications that utilize fabricated products every single day that range from metal accessories to huge steel construction wherein standard metal parts are not suitable. The use of sheet metals depends on the size, shape and kind of material used to manufacture the product.



Most manufacturers use different materials for custom sheet metal fabrication such as aluminum, brass, copper, steel, tin and nickel. Conversely, this manufacturing process requires proper manufacturing tools and machinery to do different methods that form the metal pieces into complex shapes and sizes. The major activities include cutting, bending, and rolling of metal. Cutting is mostly performed by the use of shearing forces in separating the metal parts. This process often includes shearing, punching, and blanking. Bending is another sheet metal task done during custom sheet metal fabrication. It involves plastic deformation of a workpiece to change its part’s geometry.



Another one is called rolling, a process that creates raw metal forms. During this step, mills, slobs and blooms are rolled down further to plates, strips, coil, bars, and rods which are the raw materials for other subsequent processes like steel metalworking, machining and custom sheet metal fabrication. Other processes involved during the finishing stage are many, including sawing, riveting, screwing, bolting, grinding, deburring, bonding and painting. Demtra specializes in custom metal fabrication across Toronto and continues to strive in providing quality services and superior products in every project, big or small. With our expertise in wide applications, we provide custom solutions that best suit every need. You can try us and see the difference.

1 view0 comments

Comments


bottom of page