Startnow Laser Parts CO2 Fiber Marking Cutting welding Lens/Nozzle/laser head fast delivery

CO2 laser engraving and cutting machines are equipment that utilize CO2 lasers as their energy source and are widely used for cutting, engraving, and marking various materials. Here are some related components and their functions:

CO2 Laser Tube: The CO2 laser tube is the core component of these machines, generating a high-energy CO2 laser beam for material processing.

Optical Mirrors and Lenses: Optical mirrors and lenses are used to focus the laser beam, ensuring precise concentration of laser energy onto the surface of the workpiece.

Motion Control System: These machines typically come equipped with a motion control system to control the movement of the work platform, enabling precise cutting and engraving on the material surface.

Cooling System: CO2 laser tubes need to be maintained within a proper temperature range for operation, so they are often equipped with cooling systems to regulate the temperature of the laser tube.

Gas Supply System: CO2 laser tubes require the use of inert gases (typically nitrogen, helium, or carbon dioxide) to generate the laser, so a gas supply system is needed.

Laser Power Supply: The laser power supply is responsible for providing the necessary electrical power to the CO2 laser tube to generate the laser beam. It controls the intensity and duration of the laser pulses, thereby regulating the cutting or engraving process. The power supply is typically designed to match the specific requirements of the CO2 laser tube used in the machine. It ensures stable and consistent performance of the laser system during operation.

CO2 laser engraving and cutting machines are widely used in various countries and regions, but they are more prevalent in some manufacturing-powerhouse nations such as China, the United States, Germany, Japan, and others. This is because these countries have relatively advanced manufacturing industries that require efficient processing equipment to meet market demands.