Linx CSL10 10W CO2 Laser Coder

The Linx CSL10 is a compact, high-speed 10W CO2 laser coder designed for clear, permanent product marking on fast-moving production lines.

Ideal for manufacturers looking for an economical and versatile laser coding machine, the CSL10 produces crisp, high-resolution codes on a wide range of packaging and product materials, including paperboard, glass, painted metal, paper labels, PET and other plastics.

Use the CSL10 to apply date codes, batch numbers, serial numbers, barcodes, QR codes, 2D codes, graphics and logos with no ink, no solvents and no physical contact with the product.

Linx CSL10 10W CO2 laser coder for industrial product marking

Large LinxVision® touchscreen for simple message creation, editing and print parameter control.

High-speed coding with a powerful processor for complex messages, QR codes, 2D codes and logos.

No ink, no solvent and long laser tube life help reduce ongoing operating costs.

Detachable marking head, quick-disconnect cables and multiple beam delivery options.

Suitable for paperboard, PET, glass, painted metal, labels and other plastics.

VisiCode® technology helps produce clear coding on glass, even at high line speeds.

10W CO2 Laser Coder Applications

Automotive

Mark components, labels and packaging with durable identification codes, serial numbers, 2D codes and logos.

Pharmaceutical

Support product identification and traceability with high-resolution codes on cartons, labels and suitable plastic packaging.

Food Packaging

Apply clear, permanent date codes, batch numbers, barcodes and QR codes to cartons, sleeves, paper labels and other food packaging materials.

Want to test your material? Request a sample print.

The Linx CSL10 can support high-quality 2D code marking for manufacturers moving towards GS1-compliant product identification. It can apply QR codes, 2D Data Matrix codes, serial numbers, batch data and other variable information on suitable packaging and product materials.

For applications where code readability, line speed and substrate compatibility are critical, Linx can test your material and recommend the right laser configuration.

Printing Capability

Line speedup to 900 m/min (code and substrate dependent)
Maximum laser output power at lens10W
Lens and head options (range)0.12 mm – 1.12 mm
Marking Field29 mm x 36 mm – 294 mm x 406 mm
Mark distance385 mm
Number of lines of text only limited by character size and marking field size
Character heightup to marking field size
Print rotation0-360°
Marking head rotation0-360°
Code optionsdate, time, static text, variable text, serial numbers, alphanumeric, shift codes, increment/decrement (batch count), ID Matrix 2D codes, barcodes, QR codes, graphics and logos, Julian dates, custom date and time formats
Laser tube wavelengths10.6 µm or 9.3 µm
Marking head options3 head options available as standard
Versatile Beam delivery optionsDown (90°) or Straight (0°) Shooter 360° Beam Extension Unit (BEU)

Variable length Beam Turning Unit (BTU)
IP rating IP54 as standard, IP65 option
Air cooled not factory air
Laser tube warranty2 years *Tube life may vary according to application.

Request a sample print or product demonstration from Linx. Our UK team can help assess your application and recommend the right laser coder configuration for your line.

Resources

CSL10 Datasheet

Laser Coding Solutions Brochure

Laser Marking Technologies

VisiCode Datasheet

LinxVision Datasheet

How Linx Laser Solution Can Help Your Business

What is a CO2 laser coder?

A CO2 laser coder is an industrial marking system that uses a focused CO2 laser beam to create permanent codes on products or packaging. It is commonly used for date codes, batch numbers, barcodes, QR codes, serial numbers and logos.

What is the Linx CSL10 used for?

The Linx CSL10 is used for high-speed product and packaging coding. It can print variable data, batch codes, expiry dates, barcodes, QR codes, 2D codes, graphics and logos on suitable materials.

What materials can the CSL10 mark?

The CSL10 can mark materials such as paperboard, paper labels, glass, painted metal, PET and other plastic materials. The best setup depends on the substrate, code type and production speed.

Is the CSL10 easy to integrate into existing production lines?

Yes. The CSL10 has a detachable marking head, quick-disconnect cables and multiple beam delivery options to support integration into different production line layouts.

Can the CSL10 code PET bottles?

Yes. The CSL10 can code PET and other plastic packaging materials. Linx can test your substrate to confirm the best wavelength, lens and configuration.

Can the CSL10 code glass bottles?

Yes. The CSL10 can code glass and is suitable for clear, permanent marking on glass packaging.

What is the difference between CSL10, CSL30 and CSL60?

The CSL10 is the compact 10W CO2 laser coder option. CSL30 and CSL60 are suitable for applications requiring different output, speed or substrate requirements.

Looking for a different laser coding specification? Explore other Linx laser coders for different materials, production speeds and coding requirements.

Linx CSL30

A flexible CO2 laser coding solution for manufacturers with different power or application requirements.

Linx CSL60

A CO2 laser coder for applications requiring a higher specification within the Linx CSL range.

UVG5 UV Laser

A UV laser coding solution for applications where UV laser marking is better suited to the material or code requirement.

Find the Right Laser Coder for Your Line

Choosing the right laser coder depends on your material, production speed, code type, available space and traceability requirements.

The Linx team can help you compare options, test your substrate and recommend the best laser coding solution for your production environment.