Views: 0 Author: XDLASER Publish Time: 2021-08-31 Origin: XDLASER
It appears there might be a typo in your dimensions (13090). I assume you meant 1300900, as that is a more standard size for a CO2 laser cutting machine. If there is a specific size you are referring to, please provide the correct dimensions for a more accurate response.
Assuming you meant 1300*900, here's a general explanation of how a CO2 laser cutting machine of this size works:
1. Laser Source:The heart of a CO2 laser cutting machine is the laser source. In this case, it's a CO2 laser tube. The tube is filled with a mixture of gases, including carbon dioxide, nitrogen, hydrogen, and helium. When an electric current is applied, it stimulates the gas mixture, resulting in the emission of a high-powered laser beam.
2. Beam Delivery System:The laser beam is then directed through a series of mirrors and lenses in the beam delivery system. These mirrors and lenses are responsible for accurately guiding and focusing the laser beam to a specific point.
3. Control System:The machine is equipped with a control system that interprets design files and translates them into instructions for the laser cutting machine. This control system is often connected to a computer where the user designs or imports the patterns or shapes they want to cut.
4. Bed and Work Area:The 1300*900mm dimensions refer to the size of the machine's bed and work area. This provides a defined space where the material to be cut or engraved is placed. The machine can handle materials within these dimensions.
5. Focus and Precision:The laser beam is focused to a fine point at the material's surface by the lens. This high level of precision is essential for achieving clean cuts and detailed engravings. The distance between the lens and the material, known as the focal length, is a critical factor in determining the quality of the cuts.
6. Cutting or Engraving:The focused laser beam is then directed onto the material's surface. The intense heat generated by the laser beam melts, burns, or vaporizes the material, creating the desired cut or engraving. The control system guides the movement of the laser head to follow the specified pattern or design.
7. Exhaust and Cooling Systems:During the cutting process, smoke and fumes are produced. A robust exhaust system helps remove these by-products, ensuring a clean work environment. Additionally, a cooling system helps maintain the optimal temperature of the laser tube, preventing overheating.
8. Safety Features:Modern CO2 laser cutting machines are equipped with safety features such as emergency stop buttons, interlock systems, and enclosed workspaces to ensure the safety of operators.
Co2 laser cutting machine is an equipment uses co2 glass laser tube to give laser and cut or engrave on the surface of nonmetal materials. 130*90 is a very popular size for co2 laser cutter. The machine size is 1900mm*1400mm*1150mm. I takes less space of your factory. The working table can be aluminum strip table or honeycomb table, you can choose one of them or both of them.
It works like the following:
1. The laser tube has water in and water out, connected with water chiller. It put out laser.
2. The laser from laser tube goes to 1st reflect mirror and reflect to the 2nd mirror.
3. The 2rd mirror reflect laser to 3rd mirror and reflect to focus lens.
4. The focus lens focus all the laser to one point and cut the work piece through.
In summary, a 1300*900mm CO2 laser cutting machine works by generating a high-powered laser beam, precisely directing it through a beam delivery system, and focusing it onto the material's surface to achieve cutting or engraving as per the user's design. The control system, bed size, and safety features contribute to the overall efficiency and functionality of the machine.
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