Analysis of CO2 Laser Cutting Machine

The world's first CO2 laser cutting machine was born in the 1970s. As early as the late 1970s, China directly imported CO2 lasers for industrial processing and medical applications. Since the late 1980s, CO2 lasers have been widely introduced and used in the field of material processing. Over the years, due to the continuous expansion of application fields, CO2 laser cutting machines have been continuously improved, and a large number of companies have engaged in the production of various CO2 laser cutting machines to meet market demands.

The CO2 laser cutting machine developed earlier and is suitable for a variety of materials in multiple industries. It is mostly used for various non-metallic materials such as advertisements and decorations, especially for the processing of workpieces with complex cutting contours but small quantities, saving the cost and cycle of manufacturing molds. The CO2 laser it uses is a relatively important gas laser, which has more prominent advantages. It has relatively large power and relatively high energy conversion efficiency. The general closed-tube CO2 laser can have a continuous output power of 40W-200W, using folding or beam combining technology, the power can reach 500W-600W. This far exceeds other gas lasers.

CO2 laser cutting machines are becoming more and more common, but laser cutting machines are a new tool after all, and laser processing technology is also different from traditional processing methods, so we need to continue to explore and dig deeper to create more perfect technology.