Recommended cut settings
| Setting | Default |
|---|---|
| Default thickness | 1.5 mm |
| Minimum bridge width | 3 mm |
| Minimum detail | 1.5 mm |
Cut vs mark
Cutting metal means physically separating the material — fiber lasers, plasma, water-jet. Marking means changing the surface color or texture without cutting through — CO2 lasers on anodized aluminum, fiber lasers in marking mode. Lazrit's cut-vs-engrave layer split maps naturally onto cut-vs-mark.
Recommended settings
These vary so much by alloy and machine that we won't quote numbers. The Lazrit file is the file; tuning belongs to your fiber laser's slicer.
How Lazrit prepares metal files
Trace, topology validation, auto-bridge — same pipeline, conservative defaults. If you're cutting stainless or aluminum, expect to add manual bridges in the heat-affected zones where a 3 mm width might not be enough.
Materials Lazrit does not support
We don't model fiber-laser kerf, beam compensation, or pierce points. Output an SVG and let your fiber slicer handle those.
Frequently asked questions
Can I use Lazrit for fiber laser cutting?
Yes — the SVG output is the input to most fiber slicers (e.g., LightBurn for fiber, EZCAD).
Does Lazrit handle pierce points?
No. Pierce points are a fiber-slicer concept; Lazrit's job ends at clean topology.
What about marking anodized aluminum on a CO2?
Set the layer to engrave, drop thickness toward 0.1 mm so the bridge logic doesn't apply, and export. The result is a single-layer SVG ready for LightBurn.
Is fiber-laser kerf compensated automatically?
Not yet. Kerf compensation is on the roadmap but not in current builds.
Related
- Material: Laser-Cut Acrylic Files: Cast vs Extruded, Bridges, Edge Polish
- Material: Laser-Cut MDF Files: Char Control, Bridges, Safe Settings
- Material: Laser-Cut Wood Files: Bridges, Detail Limits, Safe Settings
- Tool: Topology Validation: Detect Loose Islands Before You Cut
- Tool: Cut and Engrave Layers from One Upload

