Sheet Metal Prototyping

From Prototypes to Production at 50% Faster Lead Times

What is Sheet Metal Processing?

Sheet metal processing is the process of converting flat metal into metal structures or products through cutting, punching, bending, welding and assembly. Sheet metal can be made into almost any shape by cutting, bending or stretching, which is usually achieved by cutting and heating the metal .

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Why Choose Our Sheet Metal Services?

Sheet metal fabrication produces durable, precision parts for prototyping and end-use applications across industries.

Strong & Lightweight – Aircraft-grade metals for optimal performance
Aesthetic & Durable – Custom colors/textures via advanced coating
No MOQ – Test designs risk-free before mass production
Faster Than CNC – Cut + bend in days, not weeks

Our Core Sheet Metal Fabrication Processes

Laser Cutting

Precision: ±0.1mm (Fiber laser)
Materials: Stainless steel (20mm max), Aluminum (15mm max)
Key Advantage: No tooling required for complex geometries
Industry Use: Electronics enclosures, exhaust systems

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CNC Bending

Equipment: 6-axis press brake (±0.5° angle control)
Capability: Minimum 0.8T inner radius (T=material thickness)
Case Study: Server racks with 90° bends (zero distortion)

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Stamping

Speed: 300 strokes/minute (Progressive dies)
Complexity: Combined punching/embossing/flanging
Cost Efficiency: 60% lower cost at 100k+ volume

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Process Comparison Table

ProcessIdeal VolumeToleranceTop Benefit
Laser Cutting1-10k pcs±0.1mmNo mold, intricate designs
CNC Bending50-50k pcs±0.2mmMulti-angle forming in 1 setup
Stamping10k+ pcs±0.05mmUltra-low cost at scale

Case Studies

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