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2 machines have Anodized Aluminum Tumbler settings

Epilog Fusion Pro 48 1 Epilog Fusion Pro Galvo 1

Fiber/InfraredCommunity report

Anodized Aluminum Tumbler

Shared by Community — To Be Tested

Important safety notice

Settings are starting points — always run a test cut on scrap before your final piece. Follow your manufacturer's guidance, wear eye protection, and ensure proper ventilation.

Laser Settings

Engrave · Vector · Rotary

Power

Speed

100%

Line Interval

0.002

Passes

Frequency

Pulse Width

Waveform 10

Engr. Angle

45°

Crosshatch

scale

Epilog % (Speed / Power / Frequency); Spacing in inches

waveform

fiber type

MOPA

spacing in

0.002

spacing mm

0.0508

derived from

Tier A Aluminum - Anodized (F254)

to be tested

yes

⚠️ TO BE TESTED — not yet run on this machine. Derived from Tier A Aluminum - Anodized (F254). Speed / Power / Frequency are Epilog %, Spacing is in inches, Waveform is the MOPA pulse-width index (higher = longer pulse). The mm/s → Speed % step is the weakest part of this estimate — Epilog's speed scale is non-linear. Run a test grid and correct this entry. Rotary.

More Anodized Aluminum settings

Same material on Epilog Fusion Pro Galvo. Engrave stays the same regardless of thickness; cut changes with thickness.

Engrave (any thickness)

P60 S100% · this oneP60 S100%P60 S100%

Community Feedback

No votes yet — be the first to report how these settings worked.

Export

LightBurn machine — exports as .clb, no retyping.

Test Grid Generator

A power × speed sweep with this setting (P60 · S100) in the center square — dial it in on scrap.

Machine Context

BrandEpilog

ModelFusion Pro Galvo

Laser typeFiber/Infrared

Wattage30W

Compare against your own machine before treating these as a starting point.

Material Details

MaterialAnodized Aluminum Tumbler

Provenance

Source type

Community report

Shared by a maker in the community. Helpful for context, but not verified for every setup.

License

CC0 (Public Domain)