Engineering
CAD support and manufacturability input help turn drawings, samples and concepts into a production approach.
CAD / CAM · Shop drawings · Design review
Explore the processes that connect your concept, component or assembly to production.
CAD support and manufacturability input help turn drawings, samples and concepts into a production approach.
CAD / CAM · Shop drawings · Design reviewFiber laser cutting produces profiles in steel, stainless steel, aluminum, copper and brass.
12,000-watt fiber laserMark parts with serial numbers, branding and identification details using fiber laser engraving.
Part identification · Serial marking · BrandingCNC press-brake forming turns cut blanks into brackets, panels and enclosure components.
10 ft · 220 ton · 4-axis press brakeMIG and TIG welding connect components into frames, enclosures, brackets and assemblies.
MIG / TIG · Frames · Sheet metal assembliesA 130-watt CO₂ laser supports selected wood, acrylic, paper, foam and rubber applications.
130-watt CO₂ laserDeburring, grain sanding, weld cleaning and blending prepare fabricated parts for their next step.
Deburring · Grain sanding · Weld blendingCounterbores, countersinks, milling and tapping add functional details to fabricated components.
Counterbores · Countersinks · Milling · TappingPowder coating adds a finished surface to metal components and fabricated assemblies.
Coated parts · Brackets · EnclosuresBring fabricated components and finishing together as part of a coordinated assembly project.
Fabrication · Finishing · AssemblySelect the stages your project needs.
We’ll review the requirements together.
Drawings, concepts and requirements
Design and manufacturability input
Cutting, forming and welding
Surface preparation and coating
Components brought together
Share the project.
Let’s work out the next step.