Laser Data Library reference · Updated 2026-08-19

STAINLESS STEEL 304 - Deep Engrave Laser Settings - Raycus 30W

A bundled starting recipe for STAINLESS STEEL 304 - Deep Engrave on Raycus 30W. It has no community vouch or proof-burn photo attached, so validate it on matching scrap before production.

Specifications and context

Evidence status
Bundled baseline — no community vouch or proof-burn photo attached
Source data reviewed
2026-08-09
Laser source
Fiber (MOPA)
Model
Raycus 30W
Power
100%
Speed
1500 mm/s
Frequency
35 kHz
Passes
25
Hatch interval
0.02 mm
Pulse width
Not specified

Production guidance

This STAINLESS STEEL 304 - Deep Engrave metal record pairs 100% power with 1500 mm/s on Raycus 30W, using 25 passes, 35 kHz, 0.02 mm hatch spacing, and no recorded pulse-width override. Compare every listed field with the source, lens, focus method, and material finish on your machine before transferring the recipe.

  1. 1. Deep engraving. Multiple passes required, clean debris between passes.
  2. 2. Treat this as an unverified baseline, not a production preset. A VERIFIED Parameters Library record requires three independent community vouches; an attached proof-burn image provides additional evidence.
  3. 3. Bare metal is unforgiving of focus error: re-zero on the actual work surface rather than the bed, and wipe oils off before marking or the mark will read blotchy.
  4. 4. MOPA pulse width is the parameter doing the work here — if the result drifts, adjust pulse width before touching power or speed.
  5. 5. This is a 25-pass recipe, so cumulative heat is the risk: let the part cool between runs or the later passes will widen the mark.
  6. 6. Record the successful result in the Parameters Library so the next production run is repeatable.

The bundled note for this STAINLESS STEEL 304 - Deep Engrave recipe is: “Deep engraving. Multiple passes required, clean debris between passes.” The source data was reviewed 2026-08-09; no independent vouch or proof-burn image is attached. Label the scrap test with the adjusted values and keep the accepted result with the production job.

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