CO2 Laser Machine

CO2 Laser Machine

CO2 Laser Machine

CO2 Laser Machine uses a glass tube filled with carbon dioxide to generate a beam of laser light. The energy from this light is passed to the CO2 molecules inside, which get excited and emit photons.

Traditional cutting techniques involve strong clamping of the material to be cut, which induces unwanted mechanical stresses. This leads to the breakdown of the material, resulting in poor cuts. Laser cutting avoids this by acting as a non-contact machining technique.


A CO2 Laser Machine can cut a wide range of materials, including wood, MDF, chipboard, acrylic and paper. It can also engrave and cut metals like copper, steel and brass. The laser beam first heats the material until it reaches a liquid state, then a jet of high-pressure non-reactive gas such as nitrogen blows the melted material away from the area being cut. This process allows the laser to use less energy for cutting than traditional methods that rely on moving the workpiece.

This technology can also be used for welding. In this application, the laser beam is used to melt a weld point in order to join two pieces of metal together. It has the advantage of being much more accurate than traditional methods that rely on moving the material being welded. This means that a weld point can be made in places where it would be impossible with other methods.

A CO2 laser cutter is composed of a bed frame, a cutting head and a generator that produces the light beam that cuts or engraves. It is also equipped with a power supply, water chiller and control panel. All Wattsan machines also come with a 12 feet (4 meters) of ventilation duct tubing to ensure that any fumes and gases produced during engraving or cutting can be extracted.


Laser engraving works with a wide range of materials, including metals. It can also etch CO2 Laser Machine organic material such as leather and wood, or inorganic materials like glass and plastics. The key is to use the right type of laser for your application. There are two different types of laser engraving: raster and vector. Raster engraving uses the laser to fill in an area with color, while vector engraving leaves a clean, crisp outline of an object.

A CO2 laser engraver machine has a tube of gases that produces a laser beam of light. It’s powered by carbon dioxide (CO2) and sometimes other noble gasses such as helium, nitrogen, and xenon. The beam is reflected off of mirrors that help the laser move throughout the worktable in a predesignated sequence. The mirrors need to be durable and able to withstand the heat generated by bouncing waves of laser energy within the tube. Otherwise, vaporized materials and oils may build up on the surface of the mirrors and reduce their ability to reflect beams of light.

A CO2 laser cutter has a larger work table than a fiber laser machine, and it can be used to cut and engrave a wider variety of materials. It can also work with a larger thickness of materials than a fiber laser machine, but it is usually more expensive to buy. It is essential to purchase a quality laser engraver from a reliable manufacturer who provides excellent customer service before and after the sale.


Kerf is the amount of material that is burned away by a laser cutting machine. It is a critical factor in laser cutting because it can significantly affect the quality of the final product. This is especially true for thicker pieces of wood or plywood that contain glue. When the kerf is too large, it can cause problems with the resulting cut edges.

A CO2 laser uses a mirror and lens system to create a focused beam of energy. The first mirror reflects the laser beam perpendicularly, and the second focuses it using a lens with a convex shape. This allows the laser to be steered and focused into a smaller point, increasing its power and accuracy.

The objective of this study was to analyze the influence of laser power, cutting speed and gas pressure on the kerf width size in CO2 laser cutting of mild steel. The results showed that the kerf width size varied considerably throughout the cut section. The variation was caused by the uneven distribution of power intensity on the workpiece surface and its sensitivity to the nozzle position. Therefore, it is essential to improve the cutting process in order to achieve high-quality products. This can be achieved by optimizing the nozzle position and adjusting the laser power and cutting speed to achieve a good kerf quality.

3D Objects

A CO2 laser is able to create 3D objects by directing a beam of energy at a piece of material. This energy is emitted from a tube that holds carbon dioxide, nitrogen and helium. When the gas molecules are excited, they emit photons that disturb the electrons in other nearby molecules. This can create a chain reaction that produces the same wave of photons, which is what gives the laser its energy. The photons are then reflected back and forth between two mirrors inside the resonator until enough have accumulated to pass through the semi-reflective mirror as a coherent beam of light.

A variety of attachments are CO2 Laser Machine available for the machine, allowing users to create different types of products. The rotary attachment allows for cylindrical objects to be engraved, while the focusing camera allows the user to see what’s inside their machine, ensuring accuracy in design placement.

The machine also comes with software that is web-based, allowing for easy access. The software can be used from any browser on any operating system, allowing for quick and convenient use. This makes it ideal for those who don’t have a lot of time or experience with computer programming.

The machine is made with high-quality, maintenance-free components that ensure long-term usage and durability. The system is fully sealed, dust-proof and offers a wide range of functions, including algorithm optimization, high speed marking and cutting and strong anti-jamming ability.

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