Parameters Library — Material Settings Database

Browse and share verified laser settings for wood, metal, acrylic, leather, glass, and more. Community database for CO2, fiber, diode, and MOPA systems.

Capabilities & Feature Set

  • Crowd-sourced power, speed, frequency, and pass settings with verified entries.
  • Filter by machine type (CO2, fiber, diode, MOPA, UV) and material.
  • Submit your own tested settings and build reputation in the community.
  • Free to browse — no credits or account required to search the database.

Open Parameters Library — Free to Start See Real Results →

Related Tools & Guides

Field Manual: Parameters Library →Wood Settings Cheat Sheet →Burn Card Settings Report →Laser Lab Calculators →Production Bridge Export Packages →

Public Resources

STAINLESS STEEL 304 - Black Anneal Laser Settings - JPT 30W →STAINLESS STEEL 304 - Deep Engrave Laser Settings - Raycus 30W →STAINLESS STEEL 304 - MOPA Color (Gold) Laser Settings - JPT M7 60W →STAINLESS STEEL 304 - MOPA Color (Red) Laser Settings - JPT M7 60W →STAINLESS STEEL 304 - MOPA Color (Blue) Laser Settings - JPT M7 60W →STAINLESS STEEL 304 - MOPA Color (Green) Laser Settings - JPT M7 60W →ALUMINUM - White/Frost Mark Laser Settings - Raycus 50W →ALUMINUM - White Mark on Anodized Laser Settings - Raycus 30W →ALUMINUM ANODIZED - Dog Tags Laser Settings - Fiber 50W →ALUMINUM - Engrave (20W) Laser Settings - Fiber 20W →BRASS - White Mark Laser Settings - Raycus 30W →BRASS - Deep Engrave Laser Settings - Raycus/JPT 50W+ →BRASS - 3D Coin Deep Engrave Laser Settings - Fiber 50W+ →BRASS - Engrave (20W) Laser Settings - Fiber 20W →COPPER - Engrave (20W) Laser Settings - Fiber 20W →GOLD - Engrave (20W) Laser Settings - Fiber 20W →GOLD - Deep Mark (20W) Laser Settings - Fiber 20W →GOLD - Black Mark (20W) Laser Settings - Fiber 20W →SILVER - Engrave (20W) Laser Settings - Fiber 20W →TITANIUM - Engrave (20W) Laser Settings - Fiber 20W →TITANIUM - Color Mark (20W) Laser Settings - Fiber 20W →STEEL - Engrave (20W) Laser Settings - Fiber 20W →ZINC - Engrave (20W) Laser Settings - Fiber 20W →POWDER COAT - Engrave/Ablate Laser Settings - Fiber 20W →POWDER COATED TUMBLER - Engrave Laser Settings - Fiber 50W →ELECTRO PLATING - Ablate (20W) Laser Settings - Fiber 20W →DELRIN (Black) - White Mark Laser Settings - Fiber 30W+ →PMAG (Polymer) - Mark (20W) Laser Settings - Fiber 20W →POLYESTER - Mark (20W) Laser Settings - Fiber 20W →SLATE - Photo Raster Laser Settings - Fiber 50W →GRANITE - Engrave (20W) Laser Settings - Fiber 20W →LEATHER - Engrave (20W) Laser Settings - Fiber 20W →STAINLESS STEEL (UV) - Black Mark Laser Settings - UV 5W →ACRYLIC (Cast) - CO2 Engrave Laser Settings - CO2 40W →ACRYLIC (Cast) 3mm - CO2 Cut Laser Settings - CO2 40W →BAMBOO - CO2 Engrave Laser Settings - CO2 40W →WOOD (Cherry) - CO2 Engrave Laser Settings - CO2 40W →WOOD (Walnut) - CO2 Engrave Laser Settings - CO2 40W →WOOD (Maple) - CO2 Engrave Laser Settings - CO2 40W →BASSWOOD PLYWOOD 3mm - CO2 Engrave Laser Settings - CO2 40W →BASSWOOD PLYWOOD 3mm - CO2 Cut Laser Settings - CO2 40W →GLASS - CO2 Engrave Laser Settings - CO2 40W →CORK - CO2 Engrave Laser Settings - CO2 40W →MDF - CO2 Engrave Laser Settings - CO2 40W →STAINLESS BOTTLES - Fiber Engrave Laser Settings - Fiber 30W →STAINLESS STEEL 304 - MOPA Color (Purple) Laser Settings - JPT M7 60W →STAINLESS STEEL 304 - MOPA Color (Turquoise/Cyan) Laser Settings - JPT M7 60W →STAINLESS STEEL 304 - MOPA Color (Orange/Amber) Laser Settings - JPT M7 60W →STAINLESS STEEL 304 - MOPA Color (Yellow) Laser Settings - JPT M7 60W →STAINLESS STEEL 304 - MOPA Color (Black, LIPSS) Laser Settings - JPT M6/M7 30W →TITANIUM GRADE 2 - Color Mark (Blue/Violet) Laser Settings - Fiber 30W MOPA →TITANIUM GRADE 2 - Color Mark (Golden Yellow) Laser Settings - Fiber 30W MOPA →TITANIUM GRADE 2 - Color Mark (Red/Purple) Laser Settings - Fiber 30W MOPA →STAINLESS STEEL - CerMark Black (Fiber) Laser Settings - Fiber 30W →WOOD (Softwood/Pine) - Diode Engrave Laser Settings - Diode 450nm 10W →WOOD (Hardwood/Oak) - Diode Engrave Laser Settings - Diode 450nm 20W →LEATHER (Veg-Tan) - Diode Engrave Laser Settings - Diode 450nm 10W →ACRYLIC (Dark/Black) - Diode Engrave Laser Settings - Diode 450nm 10W →WOOD (Plywood 3mm) - Diode Cut Laser Settings - Diode 450nm 20W →STAINLESS STEEL - Diode Anneal Mark Laser Settings - Diode 450nm 20W →RUBBER STAMP - CO2 Engrave Laser Settings - CO2 40W →FOAM (EVA/Craft) - CO2 Engrave Laser Settings - CO2 40W →CARDBOARD - CO2 Cut Laser Settings - CO2 40W →MDF 3mm - CO2 Cut Laser Settings - CO2 60W →ACRYLIC (Cast) 6mm - CO2 Cut Laser Settings - CO2 60W →GLASS (Tumbler) - CO2 Rotary Engrave Laser Settings - CO2 60W →PAPER (90gsm) - CO2 Cut Laser Settings - CO2 40W →FELT - CO2 Cut Laser Settings - CO2 40W →STONE/MARBLE - CO2 Engrave Laser Settings - CO2 60W →ALUMINUM - Fiber Deep Engrave (30W) Laser Settings - Raycus 30W →STAINLESS STEEL 316L - Deep Engrave Laser Settings - Fiber 50W+ →GALVANIZED STEEL - Fiber Mark Laser Settings - Fiber 20W →TUNGSTEN CARBIDE - Fiber Mark Laser Settings - Fiber 50W+ →ACRYLIC (Clear/Cast) - UV Engrave Laser Settings - UV 355nm 5W →GLASS (Clear) - UV Engrave Laser Settings - UV 355nm 5W →PCB (FR-4) - UV Mark Laser Settings - UV 355nm 5W →ANODIZED ALUMINUM - UV Engrave Laser Settings - UV 355nm 5W →

Frequently Asked Questions

Are the laser settings in the database verified?

Entries are community-submitted and marked with their verification state. Treat every setting as a starting point and run a test grid on scrap of the same material and thickness before committing a real workpiece.

Which machines does the parameters library cover?

CO2, fiber, diode, MOPA, and UV systems. You can filter by machine type and material to narrow to entries from setups comparable to yours.

Do I need an account to browse settings?

No. Searching and reading the database is completely free with no account and no credits. An account is only needed to submit your own tested settings.

Why do the same settings give different results on my machine?

Output power drifts with tube or source age, lens condition, focus height, and air assist. Two machines with identical spec sheets routinely need 10–20% different power — which is why a test grid matters more than any published number.

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