5 verified settings · manufacturer data · diode laser · Updated January 2026
| Operation | Speed (mm/s) | Power (%) | Passes | Air Assist | Notes |
|---|---|---|---|---|---|
| fill | 20 | 80% | 1 | — | — |
| score | 15 | 85% | 1 | — | — |
The xTool F1 cuts 304 Stainless Steel cleanly at 20 mm/s with 80% power. Because the F1 is available in multiple wattage variants (10W, 2W), settings are grouped by wattage above — select your laser's wattage to see the right numbers. Always test on a scrap piece first — every machine is slightly different, and variables like tube age, lens condition, and material batch can shift results.
For 304 Stainless Steel, the key variables to dial in are speed and power. If the laser isn't cutting through cleanly, slow down or add a pass before pushing power higher — excessive power causes charring and wider kerfs. Air assist is highly recommended for wood and organic materials to clear smoke and protect the lens.
Once you find settings that work, save them in Laser Lab to build your personal settings library. The AI predictor uses your calibrated results to suggest starting points for new materials automatically — so the more you log, the smarter it gets.
For cutting 304 Stainless Steel on the xTool F1, start at 20 mm/s speed and 80% power. These are manufacturer-verified starting points — always test on scrap first.
Air assist is strongly recommended when cutting 304 Stainless Steel. It clears smoke from the cut path, reduces charring, and helps protect your laser lens.
The manufacturer recommends 1 pass to cut through 304 Stainless Steel at 20 mm/s and 80% power. If the cut isn't clean, try reducing speed slightly before adding more passes.
Incomplete cuts are usually caused by incorrect power, speed, or focus distance. If edges are charred, try increasing speed or reducing power. If the laser isn't cutting through, reduce speed or increase power — or add an extra pass. Also verify your focal distance is correct for the material thickness and that your lens is clean.
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