Daily Diode Workflow

The 12-step diode loop. Once muscle memory kicks in, you'll be from idea to first cut in under 5 minutes.

Pre-flight (do once per session)

1. Power on diode laser.
2. Open Lightburn; verify device shows "Ready" status.
3. Click Home. Verify the head homes correctly.
4. Open the air assist solenoid (most diode lasers don't have one, but if you've installed an aftermarket coaxial assist, turn the compressor on).
5. Verify dust extraction is running.

The 12-step diode job loop

1. Place material on the bed. Most diodes have a removable rubber/silicone mat or aluminum bed. Diode users often add a honeycomb sheet for cuts.
2. Use a jig for repeat work. Even a 3D-printed corner stop saves time.
3. Open file in Lightburn or paste from clipboard.
4. Position the design over your material on screen. Most diodes use Current Position mode (where the head IS = origin).
5. Set focus: if your diode has a fixed-focus head, slide the focus knob until material is at the design height. Many diodes have a built-in focus tool that snaps to the head.
6. Apply layer settings: speed (mm/min), power (%), passes. Verify Mode (Line / Fill / Image) and Output toggles.
7. Frame the design: F4 or click Frame. Head traces the bounds. Confirm landing on material.
8. Run Preview (Alt+P): sanity check time, traversal, layer order.
9. Press Start: first 30 seconds observed for tone, sparks, smoke.
10. Lift and inspect with the head retracted. Diode beds aren't enclosed; air clears immediately.
11. Adjust settings if needed, first run is usually a test.
12. Save to Material Library if it's a repeatable result.

Frame styles (open-frame diode)

Most diode lasers don't have a Live Framing window like galvo, they use the standard Lightburn frame:

• Bounding Box (default F4), head moves to four corners of the design at low power.
• Rubber Band: convex hull traversal.
• Cut Selected Graphics: if you've selected only part of the design, frame just that.

Origin / Start From: diode usage

• Current Position (default for most diode users), the head's current X/Y becomes the design's origin. Use the 9-dot Job Origin to align (typically bottom-left for left-to-right reading designs).
• Absolute Coords: if your diode has a HOMED position, you can position the design in the workspace and have it map exactly.
• User Origin: for production with a fixed jig: home, drive to the jig's reference corner, set as User Origin. Every run loads to that fixture position.

Air assist for diodes

Most stock diodes don't have head-mounted air. Adding it is one of the highest-impact upgrades:

• Cleaner cuts (less char on wood).
• Faster cuts (smoke doesn't block the beam).
• Lens stays cleaner (huge maintenance win).
• Aftermarket air assist kits: $30-80. Installs in 30 minutes.

Multi-pass workflow

For thick cuts requiring multiple passes:

1. Set Number of Passes in the layer.
2. Don't move material between passes.
3. For Z-step (lowering Z per pass) on diodes with motorized Z, set Z Step per Pass: 0.5-1mm typical for thick acrylic.
4. Most fixed-focus diodes can't Z-step automatically; manually re-focus between passes if needed.

Stop / pause / restart

• Pause (Space bar): pauses; resumes at the same position.
• Stop (F2): full stop. Restart goes back to origin.
• Resume from interruption: Lightburn doesn't auto-resume; if a job stops mid-way, you have to re-frame and align manually if you want to continue.

Don't run unattended

Diode lasers are open-frame and burn organic materials. They flame up MORE often than enclosed CO2/fiber. Hand on E-stop or pause key during any new material. Have a fire extinguisher within reach. Never leave running.

Verified against LightBurn 2.x. UI specifics may shift in future versions; verify against your installed version.