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Sheet Metal Fabrication is the manufacturing process that forms thin metal sheets into different shapes or structures by means of processes such as cutting, punching, bending, drawing, welding, assembling.
Divence’s sheet metal fabrication facility provides all kind of sheet metal parts from a CAD or Engineering Drawing. Divence offers different materials for the sheet metal parts such as Steel, Stainless Steel, Spring Steel, Aluminum. We also provide complete assemblies which includes welding, installing Nuts or Studs along with Finishing and custom Packaging. With all machinery and inhouse tool room, we can help customers saving costs in many terms.
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Features |
Description |
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Sheet Thickness |
0.1 mm to 12.00 mm |
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Materials |
Mild Steel (CRCA, HR, HRPO, EN Series) |
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Surface Finishes |
Zinc Plated |
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Other Processes |
Welding |
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Other Customization |
Custom assemblies with multiple parts (plastic or metal) |
In-house production with higher capacity
In-house tool room to produce press tools for production in minimum time-frame
Complete assemblies
Custom branding & packaging
Basic Information of Laser Cutters
Laser Cutters are CNC machines that use high powered laser beam to cut materials. This is the way for producing parts which can be used for prototyping and functional
uses, it does not require any kind of tooling to produce the parts. You can order from a Single Part to Thousands of Parts for the mass production
How does it work?
Optics are used to direct the output of a high-power laser on the workpiece and CNC is use to manage the laser beam directs on the workpiece. The material cutting by the laser
cutter takes place through melting, burning or vaporizing by a jet of oxygen or nitrogen
Advantages of Laser Cutting
During the sheet metal fabrication process, sheet metal parts (blanked, sheared or by laser cutting & no further processed) then moves to press shop, where they are formed into the final shapes by operation such as Bending, Embossing, Drawing. There are many sheet metal operations that can be done in press shop.
When there is only bending after blanking and parts are bigger in size, they move to press brake and if further operations are there, they move to press shop where different tonnage of presses are used to perform required operations. If the component has multiple sub-assemblies or child parts, it is moved to fabrication department for welding or assembling.
