Sheet metal work is the manufacture of components and products, as well as parts made from metal. Sheet metal work involves a variety of processes including cutting, welding, and bending. It also includes forming, punching, joining and rolling. Sheet metal working produces both soft as well as resistant sheets. Read More…
Sheet Metal WorkSheet metal work includes the various processes involved in heating and shaping metal sheets. In general, sheet metal is created by compressing the metal materials between rollers. Once compressed, the sheet metal can be bent, drawn, cut, punched, or stretched. These processes are responsible for forming the metal into a different shape, surface, or size. Most metal working processes require heating the metal.
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ISO-9001 registered contract manufacturer & sheet metal fabricator EVS Metal, manufactures high-quality aluminum & steel. We use the most advanced laser cutting, punching, machining, welding, powder coating, logistics & client-managed inventory to create the perfect product. With precision metal solutions, we offer integration requirements & machining.
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These sheets will exhibit different properties depending on the type of alloy used. For instance, during the process of metalworking, some elements can be added to liquid steel. These added elements will, in turn, determine the properties of the sheet material produced. These elements include nickel, silicon, chromium, copper, titanium, molybdenum, and niobium. In the process of metal working, sheets can be made from a variety of steel or aluminum grades, as well as other metals.
Types of Sheet Metal Work Processes
The different types of sheet metal work processes include:
This process includes rolling, bending, and forging. In this process of manufacture, there is the maintenance of the cohesion of the material. However, during the process of sheet metal working, the shape of the workpiece that already exists is modified by plastic deformation. The rolling of steel is an example of forming in metal working.
The process of sheet metal working involves hot and cold forming. In the hot forming process, greater formability is attained at high rolling temperatures since the occurring forces will be lower than during the process of cold forming.
The separation process involves cutting and punching. In this process, the shape of the workpiece is changed by locally eliminating the cohesion. This type of sheet metal working contains the final shape of the workpiece in its original form. Separation is one of the techniques of metal working that includes dismantling composite bodies.
The cutting processes involved in sheet metal work include milling, sawing, drilling, filing, thermal cutting, lapping, broaching, and honing. During the course of the metalworking process, the actual cutting process occurs at the point of action. This is the point where the machine or another tool acts on the workpiece.
The joining process involves welding and soldering. In sheet metal working, joining is one of the main production techniques. In this process, at least two bodies are joined together permanently. It is important that the bodies take on a specific geometric shape through sheet metal processing. Joining also includes gluing and screwing, upsetting, riveting, and joining by shearing.
For the establishment of a connection between workpieces, it is sometimes necessary to use further components like screws, pins, rivets, or wedges. Furthermore, specific tools like impact wrenches, soldering irons, and other tools are often utilized in this stage of production.
In metal work, surface technology covers all technologies that enable the changing of the surface properties of workpieces. It is therefore important to supplement the primary function of a workpiece in metal working by surface treatment with additional functions. The primary goal of any sheet metal working manufacturing technique is to achieve the principle of functional separation between a tool, or component, and the surface of the workpiece.
The workpiece’s volume has a specific function and some specific characteristics including strength, machinability, weight, etc. When there is the use of a surface technology process in sheet metal working, the tool or workpiece can be optimized so that it fulfills a specific requirement profile. This process not only helps the workpiece fulfill a specific requirement profile but also allows it to have a broad range of functions.
Applications of Sheet Metal Work
Sheet metal work is utilized in the automobile industry. It is used for building bodies for cars, airplanes, ships, and boats.
It is used in the energy industry for making transformers, as well as other electric machines.
Sheet metal work is utilized in the construction industry for designing roofing solutions for buildings.
Sheet metalworking can be used for producing sheet metals for decorative features on buildings such as doors, arches, and windows. These sheet metal features are often made from silver, gold, or platinum material.
Benefits of Sheet Metal Work
Sheet metal work produces highly durable parts.
It also produces high-precision parts.
The products of sheet metal work are aesthetically pleasing.
Sheet metal work is cost-effective.
High-strength products are produced by the sheet metal working process.
Choosing the Correct Sheet Metal Work Company
To make sure you have the most positive outcome when purchasing sheet metal work from a sheet metal work company, it is important to compare at least 4 companies using our sheet metal work manufacturers directory. Each sheet metal work company has a business profile page that highlights their areas of experience and capabilities and a contact form to directly communicate with the company for more information or request a quote. Review each sheet metal work business website using our patented website previewer to get an idea of what each company specializes in, and then use our simple RFQ form to contact multiple sheet metal work companies with the same message.
Sheet Metal Fabrication Power Pages
Sheet Metal Fabrication
Sheet metal fabrication is metal that has been formed into thin and flat sheets which is then cut and bent into various shapes. Different metals, brass, steel, copper, tin, titanium, aluminium, etc., can be made into sheet metal...
Precision sheet metal fabrication is a common manufacturing process where the structure of a metal workpiece is cut, bent, and assembled by machining. There are any number of operations that are performed in the creation of a finished sheet metal product...
Laser cutting is a non-traditional machining method that uses an intensely focused, coherent stream of light called lasers to cut through the material. This is a type of subtractive machining process where the material is continuously removed during the cutting process...