Multi-stage progressive-die stamping that delivers consistent ±0.01mm precision for one-piece and two-piece EMI shielding cans. With 20+ high-speed presses and 3 million+ strokes of daily capacity, we scale seamlessly from prototype to mass production for global electronics brands.
Precision stamping is the core process behind every Ruishuo Metal EMI shielding can. A progressive die performs blanking, forming, piercing, and trimming in a single continuous press cycle, so a flat metal strip is transformed into a finished shielding can in seconds—with the dimensional consistency that high-volume electronics manufacturing demands. This high-speed, repeatable process is what makes board-level shielding affordable at scale while holding tolerances tight enough for 5G and wearable applications.
Blanking, drawing, forming, and piercing completed sequentially in one press stroke for maximum efficiency.
Seamless single-piece covers stamped to final shape, ideal for compact, high-shielding-effectiveness designs.
Stamped frames and removable lids with precise snap-fit geometry for rework-friendly assemblies.
| Parameter | Capability |
|---|---|
| Dimensional precision | ±0.01mm |
| Flatness | < 0.05mm |
| Material thickness | 0.08 – 0.5mm |
| Press tonnage | 25T – 200T |
| Press speed | Up to 1,000 strokes per minute (SPM) |
| Daily capacity | 3,000,000+ strokes / day, 20+ presses |
| Compatible materials | Tinplate (SPTE), nickel silver, stainless steel, copper/brass, aluminum |
| Min. feature size | Ventilation holes / slots down to 0.5mm |
Metal strip is uncoiled, straightened, and fed into the press at a precisely controlled pitch to guarantee positional accuracy at every station.
The strip advances station by station—blanking, deep drawing or forming, piercing, and trimming—until a complete shielding can is produced each stroke.
Die-protection and missing-part sensors monitor every stroke in real time, automatically stopping the press if a fault is detected to protect quality and tooling.
Finished parts are ejected and collected with anti-scratch handling to preserve surface finish and solderability.
Critical dimensions are verified by CMM and optical inspection under SPC control, with full inspection reports available on request.
Stable, closed-loop process control and in-die sensing keep defect rates low and quality consistent across millions of parts.
±0.01mm precision and <0.05mm flatness ensure reliable SMT placement and a tight RF seal on the PCB.
One die produces a finished part per stroke, driving down unit cost as quantities scale into the millions.
From solderable tinplate to corrosion-resistant stainless steel, the same process adapts to your shielding and environmental needs.
Send us your drawings for a free DFM review and quotation. From rapid prototypes to millions of parts, our stamping line delivers the precision and capacity your program needs.