Laser cutting technology is based on the use of a laser for cutting various types of materials, leaving smooth edges and a high quality finish. While lasers are commonly used for cutting, they can also prove to be beneficial for boring, engraving, welding, and trimming. Compared to conventional processes, laser-based cutting systems offer the benefit of accuracy. In addition, laser cutting systems are able to cut materials that would often be difficult for other machines to cut. While other types of machines often make it difficult to obtain precision sheet metal fabrication, the beams used in laser cutting are always steady, which works to further enhance accuracy.
Lasers also benefit precision sheet metal fabrication in Washington with the ability to cut a variety of different types of surfaces, including pipes and flat sheets. Laser cutting can also help to enhance metal stamping, which includes numerous processes, including blanking, punching, embossing, bending, and coining.
Precision metal fabrication in Washington also makes use of other processes, including the brake forming process. Also known as press brake forming, this process is commonly used for the deformation of metal. High precision is a must in the braking process, as it can be difficult to maintain accuracy. Air bending is often one of the most commonly used braking processes. This can be beneficial for obtaining a 90-degree bend. Other advantages associated with the braking process are the ability to produce a variety of different shapes based on the specifications of the customer. Materials frequently used in the brake forming process include steel, brass, carbon steel, and aluminium. The brake forming process can be particularly beneficial for piercing, bending, punching sheet metal, notching, perforating, and more for precision sheet metal fabrication in Washington.
When it comes to finding a shop offering precision sheet metal fabrication in Washington, it is important to determine the types of services offered.