Skip to content
BRM Lasers, www.brmlasers.comBRM Lasers Support

Materials and parameters

Lasersprays

CerMark LMM-6000How to use CerMark LMM-6000 laser marking spray on bare metals with a CO₂ laser: surface preparation, spray application, laser settings and cleaning.
>
CerMark LMC-6044PGuide to marking glass, ceramics and porcelain using CerMark LMC-6044P spray with a CO₂ laser: application tips, power settings and wash-off steps.
>
CerMark UltraHow to use versatile CerMark Ultra laser marking paste and spray on metals, glass and ceramics with a CO₂ laser, including optimal process parameters.
>
TherMark LMM-14Instructions for applying TherMark LMM-14 laser marking spray to bare metals using a CO₂ laser, covering spray coats, laser parameters and cleanup.
>
Why use a lasersprayLearn how laser marking sprays work to create permanent, high-contrast black marks on metals, glass and ceramics using a standard CO₂ laser machine.
>

Materials

How can I find the right parameters for my material?A step-by-step methodology to find optimal laser power, speed and air assist settings for new materials using test cuts and matrix test grids.
>
Kerf: why your laser-cut parts do not fit togetherWhat kerf is, how to measure it on your own laser in one cut, and how to compensate for it so tabs, slots and finger joints fit exactly as drawn.
>

Parameters

Indication parameters cutting, 100 W CO₂Starting parameter reference table for cutting acrylic, wood, MDF, foam, leather and rubber on a 100 W CO₂ laser machine with speed and power values.
>
Indication parameters engraving, 100 W CO₂Reference parameters for raster engraving acrylic, wood, glass, leather and coated metals on a 100 W CO₂ laser machine, including speed and interval.
>
Importing the BRM Material Library in LightBurnStep-by-step guide to download and import the free BRM material library into LightBurn, with verified parameter sets for 100 W, 150 W and 300 W CO₂ lasers.
>
Trustpilot