CO2 Laser Marking Machine

CO2 Laser Marking Machine

CO2 laser marking machine is a type of industrial machinery which uses a high quality laser tube and a high speed, double-ended motor to produce a uniform beam. It has a long working life of 20,000 to 30,000 hours, and its service life is 3000 to 10000 hours. Its special fog-sealed structure allows it to operate in the presence of fog and is maintenance-free. Co2 gas is a relatively inexpensive and abundant source.

The lasers used by CO2 lasers are compatible with a wide variety of non-metal materials. They are commonly used for food packaging, pharmaceutical packaging, textiles, glass, acrylic, wood, stone, and plastics. CO2 laser marking machines are widely used in the electronics, building materials, and medical packaging industries. The CO2 lasers used in CO2 marking machines have high speed, high precision, and smooth surface finish.

CO2 lasers work with a variety of materials, including organic ones. Organic materials include wood, rubber, plastic, and acrylic. CO2 machines can also work on metal. The CO2 laser requires less energy than a fiber laser, which can damage a machine. Therefore, they are the preferred choice when it comes to cutting and engraving. However, CO2 marking machines are not recommended for use on wood, as wood is highly reflective.

Unlike a fiber laser, a CO2 laser is capable of marking metal and nonmetal materials. Its high power configuration is capable of cutting and engraving nonmetal materials, such as aluminum oxide. Its lifespan is 100,000 hours, a far cry from the three-digit lifespan of a fiber laser. Its other benefits include the ability to mark non-metal materials, including plastic, metal, and plastic.

A CO2 laser marking machine is an excellent choice for high-speed primary coding. It can mark many materials, including wood, cardboard, plastic, glass, and coated metal. Both CO2 lasers and fiber lasers have different wavelengths, which makes them suitable for a wide variety of marking applications. You can even connect your CO2 laser marking machine to a mass production line to automate the process. These systems are easy to use and can mark user-defined messages on a variety of products.

The downside to CO2 lasers is that they consume more power than fiber lasers. A high-powered CO2 laser with a chiller consumes 70 kW at its peak power, whereas a fiber laser with the same power output requires 18 kW. However, CO2 lasers are less expensive, ranging from $35,000 to $80,000. These machines typically range from 20 W to 150 W of power. They can also cut thicker materials, such as 16GA mild steel.

CO2 lasers have two different wavelengths. One is CO2 resonance, which is the most commonly used, while the other uses fiber lasers to create a high-contrast beam. The fiber laser is best suited for marking metals, while CO2 resonance is best suited for marking other materials. Both types of lasers can mark a wide range of materials. And CO2 lasers can mark different shades of color.

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