A carbon dioxide cutting machine uses a carbon dioxide laser beam for cutting. It is widely applied in the field of non-metal material cutting, such as cutting fabrics, paper, and plastics. With its high efficiency and precision, it meets the cutting needs of various non-metal products.
The carbon dioxide cutting machine is highly efficient in cutting non - metal materials such as fabric, paper, and plastic. It can quickly cut through these materials with a high - speed carbon dioxide laser beam, significantly improving production efficiency in industries like textile, packaging, and arts and crafts.
Smooth Cut Edges
When cutting non - metal materials, it produces smooth cut edges with minimal fraying or burrs. This is especially important for applications where the appearance and quality of the cut edges matter, such as in the production of clothing, gift boxes, and decorative items, reducing the need for additional finishing processes.
Versatile Material Compatibility
It can cut a wide range of non - metal materials, adapting to the diverse needs of different industries. Whether it's thin fabrics or thick plastic sheets, the carbon dioxide cutting machine can handle them effectively, providing flexibility in material selection for product manufacturing.
In the world of non-metal material processing, a carbon dioxide laser cutter can be considred a jack of all trades. It processes non-metal materials such as fabrics, paper, plastics, and cardboard using a beam CO2 laser. This beam cuts the objects by vaporizing or melting them which is made possible by energy dense heat. For example, the laser cane cut intricate patterns from textile fabrics in the textile industry and leave the edges clean with little to no fraying. Other benefits are accelerated cutting speed, especially for non-metal sheets, and lower costs in comparison to other laser cutting technology. It is also used in the packaging industry where it custom cuts boxes into unique designs. Furthermore, wood and leather designers can use this tool to delicately engrave stunning patterns. With that said, this technology is best suited for non-metal materials and has limited cutting for metals because most metals will reflect the CO2 beam, preventing effective cuts.
Frequently Asked Questions
What is the delivery time ?
ormally it will take 2-10 working days as most of the time, we have machine in stock. If your machine need be customized, it will take 10-25 days according to the quantity.
What is your payment way& term ?
Usually the payment is 30% in advance and 70 % balance before delivery by T/T. We also can accept L/C, Western union, MoneyGram or Cash.
How to install and run the machine?
Our technicians have installed the machine before shipping. For some small parts installation, we will send detail training video,user's manual along with the machine.
How long does it take to ship by sea?
Larger machines are shipped by sea. Usually, it takes 6 to 10 weeks. We can help you arrange delivery directly to your location.
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I'm impressed by the versatility of this carbon dioxide cutting machine. It can cut a wide range of non - metal materials, from thin films to thick boards. I've used it for cutting everything from gift - wrapping paper to acrylic sheets. The machine adjusts well to the thickness and properties of each material. The energy consumption is reasonable, and the maintenance requirements are not too high.
James Brown
Good for Small - Scale Production
For our small - scale manufacturing of non - metal products, this carbon dioxide cutting machine is perfect. It's compact, easy to operate, and cost - effective. We can cut small batches of materials with good quality. The machine allows for some customization in terms of cutting speed and power settings. The customer support provided by the manufacturer has been helpful whenever we had questions.
Many carbon dioxide cutting machines can be equipped with automated feeding and cutting systems. This automation allows for continuous cutting operations, improving productivity and reducing labor costs. It is suitable for large - scale production scenarios in the non - metal processing industry.
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