Sheet Metal Fabrication
An umbrella term for the processes used to cut, form, and assemble thin-gauge metal sheets into functional parts and enclosures. Includes laser cutting, punching, bending (press brake), welding, hardware insertion, and finishing (powder coating or painting). Sheet metal fabrication supports both prototyping and full-scale production across industries like aerospace, electronics, automotive, and HVAC. Precision and repeatability are achieved through digital design (CAD/CAM), nesting software, and lean workflows.
An umbrella term for the processes used to cut, form, and assemble thin-gauge metal sheets into functional parts and enclosures. Includes laser cutting, punching, bending (press brake), welding, hardware insertion, and finishing (powder coating or painting). Sheet metal fabrication supports both prototyping and full-scale production across industries like aerospace, electronics, automotive, and HVAC. Precision and repeatability are achieved through digital design (CAD/CAM), nesting software, and lean workflows.
An umbrella term for the processes used to cut, form, and assemble thin-gauge metal sheets into functional parts and enclosures. Includes laser cutting, punching, bending (press brake), welding, hardware insertion, and finishing (powder coating or painting). Sheet metal fabrication supports both prototyping and full-scale production across industries like aerospace, electronics, automotive, and HVAC. Precision and repeatability are achieved through digital design (CAD/CAM), nesting software, and lean workflows.