Factory-direct fiber laser cutting, CNC punching, press brake forming, welding, hardware insertion, finishing, and assembly for custom enclosures, brackets, panels, and structural components, supported by DFM and dimensional inspection.
Fiber laser cutting produces profiles, holes, slots, and detailed flat patterns across sheet and plate materials. CNC turret punching adds efficient perforations, louvers, knockouts, and formed features for repeat production.
Multi-axis press brakes form flanges, hems, offsets, and multi-bend geometries using planned bend sequences and material-specific tooling. Bend allowance, springback, radius, and feature proximity are reviewed before production.
TIG, MIG, and spot welding join steel, stainless steel, aluminum, tubing, and fabricated components. Fixtures, weld sequencing, grinding, and inspection are selected around structural and cosmetic requirements.
Threaded nuts, standoffs, studs, blind rivets, weld nuts, and other specified hardware are installed after forming using controlled insertion equipment. Tapping, countersinking, riveting, and sub-assembly are also available.
Progressive dies combine blanking, piercing, forming, and cut-off operations across successive stations for repeat high-volume production. Fabricated prototypes and pilot builds can confirm geometry before dedicated stamping tooling is released.
Our engineers review the folded model and drawing against material thickness, bend tooling, K-factor, springback, grain direction, hardware locations, weld access, and finish requirements before releasing the flat pattern.
Cutting, forming, welding, hardware installation, surface preparation, coating, marking, and assembly are coordinated as one manufacturing plan, reducing handoffs between operations.
Laser cutting and press brake forming support fast prototypes and low-volume production without dedicated dies. Proven designs can transition to fixtures, automation, or progressive stamping as demand increases.
Material grade, thickness, grain direction, bend radius, feature location, weld sequence, hardware, and finish all influence the completed assembly. Drawing-defined requirements are reviewed before fabrication and carried into inspection.
FABRICATION CAPABILITIES
Materials are selected around strength, formability, weldability, corrosion resistance, conductivity, appearance, weight, and operating environment.
Finishes are selected for corrosion protection, wear, electrical performance, cleanability, color, texture, and cosmetic requirements. Masking and critical interfaces are defined before processing.
Provide a folded 3D CAD model in STEP, STP, IGES, or X_T format and a 2D PDF drawing identifying material, thickness, critical dimensions, tolerances, bend directions, hardware, welds, cosmetic zones, finish, grain direction, and inspection requirements. Include quantities, target date, and any required quality documentation.