CO2 laser is a common industrial laser that is widely used in many fields, including cleaning, welding and cutting. This article will explore the role and advantages of CO2 lasers in these applications.
Cleaning applications
CO2 lasers can be used for surface cleaning, especially where paint, coatings or dirt need to be removed. It can evaporate dirt instantly through high-energy CO2 laser beam without causing damage to the substrate. This cleaning method is very efficient and saves time and money.
Welding applications
CO2 lasers are also widely used in the welding field. It can heat metal parts to the melting point through high-energy laser beams and use high-speed airflow to cool the welding seam, thereby achieving high-strength welding of metals. Compared with traditional welding methods, CO2 laser welding speed is faster, the welding seam is narrower, and the welding quality is higher.
Cutting application
CO2 lasers excel at cutting a variety of materials. It uses a high-energy laser beam to heat materials to the melting point and uses auxiliary airflow to blow the molten material away, allowing for fast and precise cutting. CO2 lasers are suitable for cutting a variety of materials such as metal, plastic, wood and composite materials, and the cutting speed and cutting quality are very high. The reason why CO2 laser can be used for cleaning, welding and cutting is due to its high energy and high stability laser beam. This makes it the tool of choice in many industrial applications. Whether cleaning surfaces, welding metal, or cutting materials, CO2 lasers get the job done efficiently and with greater quality and efficiency.
