Assess design
Identify whether standard laser foil, step or coated foil fits the pad mix.
XFPCB stencil capability covers laser-cut stainless foils, step stencils for mixed pad geometries and optional coatings that improve paste release on fine-pitch openings.

Stencils are a manufacturing tool, not artwork decoration. Our capability center is aperture accuracy, thickness options and special foil treatments that stabilize printing.
For product pages on electroform, nano-coat or step stencils, use the dedicated URLs linked below - this page summarizes what we can execute.
Identify whether standard laser foil, step or coated foil fits the pad mix.
Apply pitch-appropriate reductions and thermal pad windows.
Laser cut, clean, coat if selected, inspect critical openings.
Use in XFPCB SMT or ship framed/frameless to your line.

| Project Area | XFPCB Guidance |
|---|---|
| Laser-cut stainless | Standard SMT production and prototypes |
| Step stencil | Mixed large/small pad designs |
| Coating options | Improved paste release on fine openings |
| Integration | Cut for in-house PCBA or external shipment |
Best default for most FR-4 SMT boards with moderate pitch.
Use when one thickness cannot serve both tiny and oversized pads.
Consider for stubborn fine-pitch paste release issues.
Laser-cut stainless stencils are the workhorse, with step and coating options when the pad mix requires them. Electroform is offered via its dedicated process page.
If your board mixes very fine pitches with large power pads, a single thickness often compromises one or the other - step foils address that.
Yes. Many customers ask for stencil + SMT together so aperture design matches the live process.
For repeat PCBA revisions we retain the matched stencil revision used on our line.
Share pad pitch extremes and whether you need step or coated foils.