This page develops an introduction to oil fed carbon dioxide laser cutting machines. It tells the working principle of carbon dioxide lasers and their implications in different industries and what materials can be cut. Understand the functionality and features of CO2 laser cutting machines.
Particularly in industries like signage production, furniture manufacturing, and clothing design, CO2 laser are commonplace. Non-metal material such as leather, wood, acrylic, and textiles, can be efficiently cut with CO2 cutting devices as they can vaporize or ablate cleanly.
Cost - Effective for Certain Applications
There is economical CO2 laser cutting machine for non metal cutting tasks. These machines are cheaper to buy and run than some other laser cutting machines, particularly for non metal processing. Also the cost are CO2 laser sources and maintenance is usually cheaper when considering non metal cutting applications.
CO2 cutting machines utilize CO2 gas as the medium for the laser. They are equipped with powerful laser beams capable of cutting through thick materials as well as a wider range of non-metal materials. With their slightly larger cutting widths, they are able to achieve a good cutting quality on wood, fabric, and acrylic. For these reasons, they are popular within the textile, packaging, and decorating industries.
Frequently Asked Questions
What are the typical applications of a CO2 laser cutting machine?
Non-metal materials like wood, acrylic, and fabric can be quickly cut with CO2 laser cutting machines. They also work well with cutting some thin to medium metal materials. For industries like textiles, signage, and packaging where the accuracy of cuts is important, CO2 laser cutters are the most popular machines for use.
How does a CO2 laser cutting machine work?
To generate a cutting laser beam, CO2 lasers use a gas filled tube. CO2 gas is stimulated with an electrical current to form a high energy beam which is used to cut the material using a number of mirrors and lenses. It uses the heat of the laser beam to either melt or vaporize the material which results in cuts as the beam moves.
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As a CO2 laser cutting machine, it has performed reliably over the years. The equipment is capable of cutting through a wide range of materials, particularly when they are of greater thickness. The beam quality is good, and its cutting performance is repeatable over time. The machine is simple to use and offeres low maintenance, with many benefits to our production processes. It may not be as fast as some fiber laser cutters, but it serves our purpose well.
A broad range of industries use CO2 lasers because of their versatility. These include lumber yards, plastic and acrylic shops, fabric stores, and even some non-ferrous metal manufacturers. The high energy CO2 beam can vaporize or melt many kinds of organic materials making these machines ideal for sign making and even furniture production.
Good for Large - Area Cutting
They work best with applications that require cutting over a wide area. With its CO2 laser beam, the machine can work over a quite wide area, allowing effective cutting on large sheets. For instance, making large format signs or cutting fabric for upholstery CO2 laser is very beneficial as it can cover large areas without precision losing greatly.
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