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Domino Dx660i Industrial CO2 Laser Printer – product image 1
Domino Dx660i Industrial CO2 Laser Printer – product image 2
Domino Dx660i Industrial CO2 Laser Printer – product image 1
Domino Dx660i Industrial CO2 Laser Printer – product image 3
Domino Dx660i Industrial CO2 Laser Printer – optional touchpanel
Domino Dx660i Industrial CO2 Laser Printer – product image 1
Domino Dx660i Industrial CO2 Laser Printer – product image 2
Domino Dx660i Industrial CO2 Laser Printer – product image 1
Domino Dx660i Industrial CO2 Laser Printer – product image 3
Domino Dx660i Industrial CO2 Laser Printer – optional touchpanel

Domino Dx660i

Domino Dx660i: The Versatile Solution for High-Speed Coding

The Domino Dx660i laser printer, utilizing 60-watt laser power, is the ideal choice for marking complex, large-size codes on high-speed production lines and substrates that are often difficult to mark, such as glass and PET plastic.

Designed to efficiently process variable data for traceability, anti-counterfeiting, and enhanced customer engagement, while also supporting waste reduction through reliable coding, the Domino Dx660i laser printer provides a future-proof solution for your coding requirements.

Incorporating the latest technological advancements and meticulous attention to detail, the next-generation Domino Dx Series CO₂ laser printers are engineered for seamless integration into production environments. They simplify installation, operation, and maintenance, offering a superior coding solution.

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The Main Benefits

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Significantly higher coding speeds for high-volume applications, thanks to the new HS High-Speed scan heads.

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The Domino Dx660i laser printer is designed to operate in temperatures up to 45°C.

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Web-based user interface and simplified operations thanks to the intuitive HMI.

Encoding Type

Laser marking for food & beverage: what you need to know

Why use a laser marker to code your products

From the food industry through to pharmaceuticals, laser marking is often the best choice to deliver safe, fast, efficient coding and to guarantee full product traceability.

Find out everything you need to know.

Technical Specifications

  • Laser Type
  • Coding Format
  • System Specification
  • Inputs and Outputs, Interfaces
Laser Type
Dx260i Dx360i Dx660i
Laser technology CO₂ CO₂ CO₂
Laser source 20W, wavelengths 9.3, 10.2, 10.6μm 30W, wavelengths 9.3, 10.2, 10.6μm 60W, wavelengths 9.3, 10.2, 10.6μm
Expected lifetime 50,000 h MTBF 50,000 h MTBF 50,000 h MTBF
Coding Format
Coding content Fonts optimized for high-speed marking and standard industrial fonts. Graphics, logos, standard industrial machine-readable codes (1D, 2D, Data Matrix, GS1, QR). Intuitive GS1 Digital Link support. Traceability support with serialization data, sequential and batch numbering. Synchronized clock / Network Time Protocol support (NTP).
Focal length from 80mm to 600mm
Marking field from min. 57x57mm to max. 379x582mm
Advanced features Aiming beam. Aim & Code
User interface Web-based user interface, option to configure multiple parallel access points, optional 10.1” touch panel
System Specification
Scan head orientations Several orientations available, including a 360° rotatable variant. More than 50 beam orientation variants. Support for customization and integration of specific solutions.
Ingress protection Laser module: IP54 certified with fan cooling, optional IP65 with compressed air cooling. Controller: IP55 certified.
Operating temperature from 5°C to 45°C at continuous duty cycle (100%)
Operating humidity max. 90% RH, non-condensing
Electrical supply multivoltage: 90–264V, 50/60Hz
Inputs and Outputs, Interfaces
Inputs/outputs Multiple inputs and outputs are available, for example extractor, compressed air kit, water chiller, encoder, product detect (NPN, PNP), beacon and interlocks, standard GPIO, additional optional GPIO available.
Interfaces/protocols Ethernet, USB, Dynamark Protocol, EtherNet/IP™

Technology in Action

Accessories

FAQ

What applications are laser markers suited to?
Laser markers are ideal for permanent coding and marking of batch numbers, expiration dates, barcodes, QR codes, and DataMatrix codes on a wide range of materials.

What is the difference between CO₂, fiber, and UV lasers?
CO₂ lasers are ideal for organic materials, fiber lasers for metals and engineering plastics, while UV lasers deliver high-precision marking on sensitive materials.

What codes can be produced with a laser marker?
Laser markers can engrave text, batch numbers, expiration dates, barcodes, QR codes, and DataMatrix codes with high precision.

What are the advantages of laser marking?
Laser marking is permanent, fast, and precise, requires no consumables, and reduces running costs over time.

What materials can be laser marked?
Laser marking is suitable for a wide range of materials, including metals, plastics, PET, glass, flexible films, laminates, and cardboard.

Variants