CO200LG

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Industry today is more and more demanding for automation and smart machines. Many innovative technologies which complement automation/smart machines are being invented. The development of CO2 laser technology is one of them and has been used in many sectors such as automotive, aerospace, medical, and even home appliance production. This article aims to discuss the application fields and working principle of CO2 laser technology.

CO2 Laser Application Field

CO2 laser technology has found its applications in many sectors. It is widely used in the automotive industry for cutting and welding of various materials. It is also often used in metal fabrication, cutting, and welding applications in the aerospace industry. In the medical industry, it is used for close-tolerance cutting and welding, as well as for other delicate medical procedures. It is also used in home appliance production for making electrical components that require precise dimensions.

CO2 Laser Working Principle

CO2 laser technology is based on the process of stimulated emission. By directing a gas mixture containing carbon dioxide, helium and nitrogen towards a “laser medium”, a laser beam is created. This molecular gas mixture is then passed through an electrical field, where electrons become excited and create photons. These photons, in turn, stimulate other electrons to emit light energy. This light energy is then amplified in the laser resonator and focused on the target material, resulting in a concentrated beam of light.

The power of the carbon dioxide laser is determined by factors such as gas mixture, input power, laser beam quality and laser resonator. For controlling the output power, manufacturers use special electronic components such as a power control unit, a voltage regulator and a power supply. In addition, there are various optical components such as mirrors and lenses to control the beam direction, size and power.

Conclusion

CO2 laser technology is an invaluable tool for many industries. Its applications range from automotive assembly to medical procedures, and its working principle can be used to manipulate and control the power of the laser beam. This, in turn, allows for precise cutting and welding on a variety of materials. As the technology continues to evolve, it’s sure to find more applications in the future.

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