Sheet metal done right starts before the first bend.
Enclosures, brackets, panels, structural parts, and complex fabricated assemblies, fast, to drawing, and inspected before they ship. We review your flat pattern and geometry before production starts, flag bend radius issues and material compatibility early, and route every job to a vetted fabricator.
One contact coordinates cutting, forming, welding, finishing, and hardware insertion from start to finish.
Choosing your sheet metal fabrication process.
Not every part belongs on the same process. Here is how we match cutting, forming, and joining to the requirement.
Laser Cutting
A focused laser beam cuts flat patterns from sheet stock with high precision and a clean edge.
Right when: The pattern is tight-tolerance and geometry is complex, at prototype through production volume.
Common parts: Brackets. Panels. Enclosure blanks.
Waterjet Cutting
High-pressure water, often with an abrasive, cuts material without introducing heat.
Right when: The material is heat-sensitive, thick, or reflective, and a heat-affected edge isn’t acceptable.
Common parts: Thick plate parts. Reflective metals. Post-hardened stock that still needs cutting.
Punching
A die punches holes and standard features into flat stock, fast and repeatable.
Right when: Volume is higher and features are common hole or slot patterns.
Common parts: Perforated panels. Repeated hole patterns. High-volume brackets.
Stamping
A die forms or cuts sheet metal in a single press stroke, built for repeatability at volume.
Right when: Production volume justifies tooling cost and the part geometry is locked.
Common parts: High-volume brackets. Clips. Production enclosures.
Forming and Bending
A press brake bends a flat pattern into finished three-dimensional geometry along defined bend lines.
Right when: Nearly any sheet metal part with a formed profile needs this step.
Common parts: Enclosures. Brackets. Chassis. Panels.
Welding (Spot, TIG, MIG)
Joins formed or cut sheet metal components into a single fabricated assembly.
Right when: The part requires multiple pieces joined into one structure.
Common parts: Weldments. Frames. Structural assemblies.
Specifications
These are our standard parameters. If your part falls outside them, send the drawings anyway. The jobs other suppliers turn down are often the ones we do best.
- Minimum part size
- 0.040" x 0.040" x 0.010"
- Maximum part size
- 56" x 56" x 1"
- Materials
- Steel · Stainless steel · Aluminum · Copper · Brass · Application-specific alloys
- Secondary operations
- Hardware insertion · PEM fasteners · Finishing and coating
- File formats
- STEP, DXF, IGES, native CAD, 2D prints
- Quote turnaround
- Within 24 hours
The fabrication jobs that require more than a portal and a prayer. That’s what we’re here for.
Trusted Across Critical Industries
Precision and reliability aren’t optional in these industries. Neither is our commitment to both.
What Our Customers Say
“Anali is the most reliable and fast representative I’ve ever worked with. She is a huge factor in why I keep going to PE for work. I know I can trust her quotes and lead times, and she works with me through the whole process.”
Brian J. · Procurement Manager
“Not only were these parts a day early, but the engineers here at the office passed them around this morning and admired how pretty they turned out. I checked their dimensions and everything was dead on spec.”
Adam N. · Senior Mechanical Engineer
The parts arrived intact and were exactly what we needed for that portion of our review process. I personally appreciate the great communication, especially on a tight timeline, and that y’all delivered a bit early. I anticipate some developments within the next few months and will keep you informed as things progress, hopefully giving y’all a bit more runway.
Colin · Project Manager
Common questions about sheet metal fabrication
A few things procurement and design teams ask before a sheet metal RFQ.
Laser cutting, waterjet, forming, welding, and assembly, in steel, aluminum, copper, brass, and other application-specific materials, matched to a vendor in our network with the right tooling for your bend radii and material thickness.
Yes. Anodizing, powder coating, chem film, plating, and other finishes are coordinated as part of the same build, so a bracket or enclosure arrives complete instead of needing a second vendor relationship.
Engineer review checks hole and cutout placement relative to bend lines, and flat pattern efficiency, before the job goes to a vendor. Catching that upstream avoids scrapped parts and rework after forming.
Yes, from a single formed bracket to a full production run, with the same quality standard and the same point of contact at every volume.
A curated network means your part goes to a vendor with proven capability in that material and process, not whoever’s algorithm-matched fastest. Every part is inspected in San Clemente before it ships.
Send us your files.
A real person will contact you within 24 hours.
ISO 9001:2015 · ITAR Registered · Mechanical + electrical programs coordinated together.
