Co2 Laser Beam

Alignment shouldn t be a task that you avoid it gets easier with repetition.

Co2 laser beam.

A co2 laser engraver cutter with a focus lens using the mahoney beam visualization tool for an expedited process welcome to the best guide for your fastest laser beam alignment for top performance of your laser engraver cutter machine. First time users find it overwhelming and often give up and accept unsatisfactory alignment. The laser emits this electrical energy in the form of an invisible infrared laser light beam that is powerful and focused and can be used for material cutting engraving and marking. The visualization tool shows the raw co2 laser beam for co2 lasers 8 11 microns with at least 40 watts of power available illuminate the tool.

Works for laser machines including co2 lasers engravers and cutters with mirror mounts manufactured in china. The original version can be found here co2 laser engraver beam alignment laser beam alignment can be a daunting task but it shouldn t have to be. Despite its name the gas chamber of a co2 laser is actually filled with equal parts of carbon dioxide and nitrogen with smaller percentages of helium hydrogen and xenon. The active laser medium of a co2 laser is a discharge tube filled with gases.

In short a photonic laser beam is generated when co2 gases inside a sealed tube are excited by electrical energy. The co 2 laser produces a beam of infrared light with the principal wavelength bands centering on 9 6 and 10 6 micrometers μm. The ratio of output power to pump power can be as large as 20. The proportions of each gas may be altered according to the specific application of the laser.

Laser machines include gw weike and others.