The Practical Reference for Home Diode Laser Hobbyists

Tested speed and power settings, LightBurn tutorials, and buying guides for xTool, Sculpfun, Ortur, and Atomstack machines. No fluff — just the numbers you need to stop wasting material.

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Settings Database

Materials · Leather

Diode Laser Leather Engraving Settings (5W–40W)

Speed, power, and pass settings for vegetable-tanned and faux leather. Includes safety notes on chrome-tanned leather.

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Materials · Wood

Cutting 3mm Basswood Plywood: Settings by Wattage

How many passes to cut through 3mm basswood with 5W, 10W, 20W, 33W, and 40W diode lasers — with and without air assist.

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What This Site Covers

Settings Database

Speed & Power for Every Material

Structured settings tables for wood, leather, acrylic, anodized aluminum, fabric, and more — calibrated by laser wattage and machine type.

Software Tutorials

LightBurn & LaserGRBL Guides

Step-by-step guides for the two most popular diode laser software packages, from first setup through rotary configuration and tiling.

Machine Reviews

Honest Head-to-Head Comparisons

xTool D1 Pro vs Sculpfun S30 Ultra vs Ortur Laser Master 3 — real-world performance, not spec-sheet regurgitation.

Safety

What NOT to Cut (and Why)

Materials that release toxic fumes — PVC, chrome-tanned leather, galvanized metal — and how to set up safe ventilation for a home shop.

About Laser Tinkerer

After buying a diode laser, most people spend hours hunting Reddit and Facebook groups for answers to specific questions: "what speed for 3mm plywood," "will this machine cut acrylic," "is this leather chrome-tanned." Laser Tinkerer exists to collect and structure those answers in one place.

The focus is on machines in the $100–$800 range from brands like xTool, Sculpfun, Ortur, and Atomstack. Settings are starting points — always run a test on scrap material before committing to a final piece, because laser power, lens condition, and material quality all affect results.