CO2 LASER CUTTING
>> High precision & quality, for non-metals.
CO2 Lasers Capabilities
-
Cutting Precision
Laser cutting & engraving primarily of acrylic plastic (plexiglass). Laser cutting gives crystal-clear edges on plexiglass / acrylic.
The CO2 laser can also cut a variety of other materials such as cardboard, corrugated board, wood, and various textiles such as polyester.
-
Max Material Size
2000 mm (w) x 3000 mm (l)
-
Cutting Thickness
Up to 20 mm.
>> High precision
>> Crystal clear edges on acrylic
>> Thin precision cut
>> Can cut intricate details
CO2 Laser Cutting,
high precision & quality.
CO2 laser cutting is one of the most common methods for processing various types of materials. It is a high-precision method that can be used to cut and engrave materials such as metal, plastic, wood, leather, and acrylic. CO2 laser cutting is a highly efficient and versatile tool used in a wide range of industries.
One of the main advantages of CO2 laser cutting is its precision. Our CO2 laser cutter can cut through materials with a high degree of accuracy without causing cracking or edge distortion. This allows for the production of very precise and detailed cuts and engravings. CO2 laser cutters can process large amounts of material in a short amount of time, making it a highly productive method for mass production of parts or products.
Another benefit of CO2 laser cutting is its cleanliness and precision. CO2 laser cutting typically leaves a clean and smooth edge on the cut material, without creating unwanted dirt or debris. This allows for the production of very clean and professional cuts and engravings.
To achieve the best results with CO2 laser cutting, it is important to use the correct laser cutting settings. This includes selecting the right laser intensity, cutting speed, and focus level to create the desired effects on the cut material. By using the correct settings, one can achieve maximum precision and quality on the cut material.
Laser cutting of acrylic is one of the most popular methods for processing acrylic plastic. It is a high-precision method that can be used to cut and engrave acrylic in a way that is impossible to achieve with other methods.
En annan fördel med laserskärning av akryl är dess hastighet och effektivitet. Laserskärare kan bearbeta stora mängder material på kort tid, vilket gör det till en mycket produktiv metod för produktion av stora volymer av delar eller produkter.
Laser cutting of acrylic can be used for a wide range of applications. It is commonly used for producing signs, letters, logo cuts, and other decorative elements. It can also be used to create prototypes and parts for machines and electronics. Additionally, laser cutting can be used to engrave patterns and text on acrylic surfaces to create a unique and personal touch.
scandcut.com
-
CO2 laser cutting requires a special type of laser cutter, a CO2 laser cutter. These machines use a highly efficient CO2 laser to cut through materials. The laser beam converts the flow of gas into laser light, which is focused onto the surface of the material to melt and cut through it. This can be done with very high precision and control, making it possible to cut materials into almost any shape and size.
-
One of the main advantages of CO2 laser cutting is its precision. CO2 laser cutting can cut through materials with a high degree of accuracy and without causing cracks or edge distortion. This allows for the production of very precise and detailed cuts and engravings.
-
CO2 laser cutting can be used for a variety of applications. It is commonly used to produce signs, letters, logo cutouts, and other decorative elements. It can also be used to create prototypes and parts for machines and electronics. Additionally, CO2 laser cutting can be used to engrave patterns and text on surfaces to create a unique and personal touch.
-
Acrylic – Plexiglass
Cardboard, Corrugated cardboard, paper
Wood, Plywood, OSB
Textiles, Leather