The CO2 laser marker: advantages and applications

How Laser Cutting Markers Work
CO2 laser markers operate through a material melting process using the laser, which emits a highly concentrated light that can be used to cut, engrave, and carve a wide range of materials.

CO2 laser machines work by generating a high-intensity laser beam and directing it onto the material to be processed. The laser beam is then controlled by numerical control software, which guides the laser precisely to cut and engrave the material. Like many machines, during laser marking, fumes and residues may be emitted, so a filtration system is necessary: in this regard, fume extractors become useful as they collect and filter waste particles from laser cutting and engraving systems on rubber, wood, and plastic materials.

Among the laser engraving machines, the LVG900 marker represents a versatile model with multiple applications. It is a plotter for laser engraving and cutting, making it a precision tool used in various fields, including wood and metal processing.

These devices use laser technology to cut and engrave materials with millimeter precision. This model comes equipped with a position laser pointer, water pump for cooling, fume extraction fan, and air compressor.

Applications of Laser Engraving and Cutting Markers
Thanks to their ability to work with a wide range of materials and produce precision components, CO2 laser cutting marking systems are used in many different applications. They are employed in various industries, including industry, crafts, and prototype production. In the industry, they are used to produce precision components for machinery and tools. For example, they are used to manufacture parts for electronic machines, such as sensors and printed circuit boards. In crafts, they are used to create custom and decorative objects in wood, plastic, and paper, such as greeting cards, invitations, and decorations.