Sheet Metal Fabrication
AgileMakeAI sheet metal covers laser cutting, CNC bending, stamping, welding, finishing, and assembly for enclosures, racks, brackets, and panels in stainless, carbon steel, aluminum, and galvanized sheet.
Six Sheet Metal Processes
Full pipeline from blanking through assembly
Laser Cutting
Laser CuttingProcess 01Fiber laser for smooth edges, complex profiles, and precision holes.
CNC Bending
CNC Press Brake BendingRecommendedProcess 02Multi-axis press brake, ±0.5° angle accuracy for enclosures and brackets.
Stamping
Metal StampingProcess 03Progressive and single-hit dies for high-volume standard parts.
Welding
Welding & JoiningProcess 04TIG, laser, spot, and MIG welding for stainless frames and enclosures.
Surface treatment
Surface TreatmentProcess 05Powder coat, e-coat, brushing, polishing, silk screen for production-grade finish.
Assembly
Assembly & DeliveryProcess 06PEM inserts, tapping, and full enclosure assembly ready for your line.
Sheet Metal Materials
Common sheet metals with custom grades and thicknesses
Sheet Metal Applications
Enclosures, industrial equipment, and telecom infrastructure
Server chassis
1U/2U chassis with precision bends and vent patterns
Telecom cabinets
Outdoor cabinets and base station boxes
Power distribution
Distribution boxes and breaker panels
Machine enclosures
Machine guards and equipment housings
Battery enclosures
Li-ion PACK enclosures in lightweight aluminum
FAQ
QMin thickness and tolerance?
0.5–6mm standard; bend ±0.5°, holes ±0.1mm. Contact us for thicker or special requirements.
QLow-volume sheet metal?
From 1 piece — laser and bend without dies, ideal for R&D and low volume.
QFinishing options?
Powder coat (RAL), anodizing (aluminum), plating, brushing, silk screen, custom logos.
QHow to reduce cost?
Standardize bend radii, reduce welds, standard holes, nest blanks. Free DFM optimization.
Upload sheet metal drawings for a quote
DXF/DWG/STEP supported — AI flat pattern calculation with engineer review