Laser Cutting
Profiles, openings, slots, ventilation patterns, and flat blanks prepared for downstream forming.
+Fabricated products · Enclosures · Assemblies
CAP—01 / SHEET METAL
Custom sheet-metal products engineered around fit, function, assembly, appearance, and repeatable production.

01 / ENGINEERING POSITION
A good enclosure or assembly depends on more than cutting a flat pattern. We review bend strategy, hardware, welding, ventilation, mounting, finish, assembly order, and inspection before the production route is released.
02 / CAPABILITY SCOPE
Every quotation is based on the actual project requirements, confirmed manufacturing route, and available documentation.
Profiles, openings, slots, ventilation patterns, and flat blanks prepared for downstream forming.
+Controlled bend sequence, tooling access, bend relief, and flange geometry for reliable assembly.
+TIG, MIG, spot welding, rivets, inserts, studs, and hardware coordinated around product function.
+Electronic housings, machine covers, control boxes, chassis, cabinets, and access panels.
+Color, texture, masking, pre-treatment, and cosmetic expectations prepared with the fabricated part.
+Fasteners, brackets, acrylic details, machined parts, labeling, and final product assembly.
+03 / WORKFLOW
Engineering decisions stay connected across fabrication and finishing.
Check drawings, use case, material, bends, hardware, welds, and cosmetic surfaces.
Prepare flat patterns, bend sequence, fixtures, finishing notes, and inspection points.
Cut, form, join, deburr, and trial-fit the product or assembly.
Coordinate powder coating, spray finishing, marking, masking, and appearance.
Inspect dimensions, fit, finish, assembly, and packing requirements.

04 / PROJECT INPUTS
You can begin with complete drawings or an early product idea. We will identify the information needed for a practical manufacturing review.
05 / APPLICATIONS
START A PROJECT
Share the enclosure, assembly, or product requirement. We can help define the fabrication and finishing route.