Order fabricated sheet components and assemblies through a digitally reviewed process for prototype and repeat-production programs. Certified manufacturing workflow | ITAR-ready
parts fabricated each month
product developers supported
parts delivered within days
Select cutting, forming, and joining routes around the part geometry, material, and the intended next manufacturing step.
Accurate flat patterns for panels, brackets, and formed-part starting geometry.
Controlled angles, flanges, and structural shape from reviewed sheet stock.
Repeatable holes, cutouts, and selected formed features for practical part geometry.
Coordinate cut, formed, joined, and finished components in one release.
Use a review of the part model to clarify material, tooling access, forming, and finishing decisions before the release is scheduled.
A reviewed fabrication plan aligns the material, process route, and expected release timing for each part configuration.
| Fabrication Capability | Eligibility | Applications |
|---|---|---|
| Cutting, deburring, and forming | Material and geometry review | Brackets, covers, panels, and mounts |
| Hardware and assembly operations | Configured access and interfaces | Enclosures and subassemblies |
| Finishing and marking | Schedule established at quote | Functional and visible surfaces |
Production PRO Tip: Build efficiency into the release by coordinating geometry, material, and finishing information from the first quote. <a href="#">Read more</a> Read more
A released design moves through flat-pattern preparation, cutting or punching, forming, joining, finish preparation, inspection, and delivery. The route is selected for the geometry and performance priorities of the part.
Fabricated sheet components provide a practical route for parts that need structural strength, access, enclosures, or repeated forming features.
Use material and thickness choices to balance strength, weight, lead time, surface conditions, and the intended assembly.
Coordinate quoting, fabrication, inspection, and the downstream finishing route in one managed program.
A focused review helps surface bend, hole, hardware, and material questions before fabrication begins, so the programmed route supports the final part intent.
Use fabricated sheet components where formed, joined, or coated metal needs to provide protection, access, stiffness, or a finished visible surface.
Coordinate capacity, material availability, and process capability around the schedule and quality requirements of each program.
The fabrication route is reviewed around speed, capability, process stability, and the downstream assembly requirements of the part.
Use a digital review and coordinated manufacturing route to make each release easier to quote, produce, and repeat.
Receive practical manufacturing feedback while the configuration can still be adjusted.
Coordinate fabrication capability and quality requirements within one visible program.
Select fabrication and finishing routes that suit the program priorities.
Review material, feature, and process choices with experienced manufacturing support.
Select coating, plating, marking, and cosmetic handling around the final part requirements and the appearance of visible surfaces.
Compare standard and cosmetic surface routes before a part is released for fabrication.
Plan material, bends, and feature spacing for practical fabrication.
Review the decisions that shape a fabricated component.
Prepare a part for its intended process and application.
Get an online quote and sheet metal design analysis today.
