CO2 laser marking machine

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CO2 laser marking machine

Equipment utilizing CO2 lasers for marking and engraving is widely employed across various industries, such as electronics, pharmaceuticals, food, and packaging. Its operating principle involves directing the laser beam—generated by a CO2 laser tube—through a system of mirrors and focusing lenses to concentrate the beam onto the material's surface; this induces a thermal reaction on the surface, thereby creating a permanent mark.

        Key Features
        1. Power is software-controlled and continuously adjustable.
        2. Low processing costs; requires no consumables.
        3. Large marking area.
        4. Markings are clear and highly durable; offers high cutting efficiency.
        5. Engraving depth can be freely controlled.

CO2 laser marking machine

Product parameters

Model

SLG-C40/SLG-C60/SLG-C100/SLG-C300

Laser power

40W/60W/100W/300W

Laser wavelength

10.6μm

 

Engraving area

110mm×110mm

175mm×175mm

300mm×300mm

 

Power stability

 

±5%

Engraving speed

≤8000mm/s

Laser repetition rate

≤25KHz

Minimum characters

0.8mm

Minimum line width

0.15mm

Whole machine weight

80 kg

Cooling system

Air-cooled/

Water-cooled

Power consumption

1.2KW

Power demand

220V/50HZ/8A

Control system.

Marking control system

The control system features a fully Chinese interface, compatible with files output from various software such as AutoCAD, CorelDRAW, and Photoshop. It can mark barcodes, QR codes, and graphic text, directly use SHX and TTF fonts, and automatically encode and print serial numbers, batch numbers, dates, etc.

Supported vector files: PLT.DXF, AI, DST, SVG, GBR, NC, JPC, BOT;

Bitmap files: BMP, JPG, JPEG, GIF, TGA, PNG, TIF, TIFF.

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Marking Software
Galvanometer

Main configuration.

Galvanometer

The high-speed digital galvanometer can work continuously for 24 hours, with good operational stability, high positioning accuracy, fast marking speed, and strong anti-interference ability..

Main configuration.

CO2 laser

CO2 lasers utilize CO2 gas as their active medium. By filling a discharge tube with CO2 and other auxiliary gases, and applying a high voltage across the electrodes, a glow discharge is generated within the tube; this process causes the gas molecules to emit laser light. Once this emitted laser energy has been amplified, it can be utilized for laser processing applications. The CO2 laser is a type of gas laser that produces a wavelength of 10.6 μm, falling within the mid-infrared spectral band.

Field Shots

Equipment Configuration.

Field Shots

The standard configuration uses an F=254mm lens, offering strong focusing capabilities and a marking area of ​​175x175mm. Field lenses are available in various sizes, including 110mm×110mm and 200mm×200mm, and can be customized to meet specific needs..

Equipment Configuration.

Focal length ruler

Aluminum construction, standard 500mm scale, customizable to suit different work requirements;

The 360° rotatable head is easy to use and convenient, suitable for marking products of various shapes and sizes..

Focal length ruler

Equipment Configuration.

Dual-drive beam

Featuring a gantry-type dual-drive structure, aluminum alloy crossbeam, and a high-quality steel welded bed, combined with excellent heat treatment and machining processes, this machine ensures both rigidity and long-term stability during operation.

Marking Sample

Leather

fur

Fur

Board

Board

Denim Jacket

Denim Jacket

Wall calendar

Wall calendar

Wood Products

Wood Products

bamboo

QR code labeling

Iron Anchor

Iron Anchor

Contact us

Contact Form Demo (#1)