From Engraving to Surgery: The Versatility of CO₂ Laser Technology
The CO₂ laser has quietly made its way into multiple industries, from precise medical procedures to cutting through wood, metal, and plastics. Originally developed for scientific use, this tool now plays a central role in many areas of life. What makes the CO₂ laser stand out is its ability to cut, vaporize, or engrave materials using focused light energy—without even touching them. This simple but powerful method has transformed both manual and high-tech tasks, making them faster and more efficient. Whether you're a surgeon, a manufacturer, or a hobbyist, chances are the CO₂ laser has had an impact on your work or the tools you use. In this article, we'll look at how this technology works, where it's used, and why it continues to be a trusted tool in so many fields. How CO₂ Laser Technology Works The basic idea behind a CO₂ laser is pretty simple: it produces a beam of light using a gas mixture that includes carbon dioxide. This beam can be directed using mirrors and f...