▼ Why can't a DIODE laser cut thick materials? | KERF explained

Ortur Master (all types) http://gbe.st/302mPvM - Ortur Master II (all types) http://gbe.st/302mPvP NeJe Master 2 (all types) http://gbe.st/302oXqW - Ortur Y axis roller http://gbe.st/302oXqZ WATCH NEXT: FULL TUTORIAL ON LASERENGRAVING https://youtu.be/jEP5d1i0NOI

The Ortur Master, Neje Master, or any other diode laser machine, they all have a hard time when it comes to cutting materials thicker than 3mm. The reason is that the laser used is a so-called DIODE laser, and they have an unusual KERF. Diode lasers have a light source that is not round, but rectangular, and this light source ensures that the cut that a diode laser makes in the direction of the X axis has a very different thickness than the cut that the same laser makes in the Y axis. Normally with a sawing or cutting device you name the thickness of the cut, and this thickness is then called KERF, but with a diode laser this is difficult to indicate, because there are a few variables that determine the thickness of the cut. That's what this video is about.

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Keywords for this video: #Kerf #laserengraving #lasercutting

Thanks for watching this video. ... https://www.youtube.com/watch?v=5m63ofkama8