Domino Dx260i Industrial CO₂ Laser Printer
Domino Dx260i: Versatile, Sturdy, and Productive 20-Watt Laser Printer
The Domino Dx260i laser system incorporates the same innovative technology as the Dx-Series, blending specifications from the Dx360i and Dx660i yet delivering less power. This model is an optimal fit for operations needing crisp, durable marks on organic media like plastic (PET, PP), paper, and cardboard.
The Domino Dx260i supports a range of marking formats, such as alphanumeric text, scannable barcodes, images, and trademarks, plus features like live clocks, production counters, and serialization info, to address multiple identification demands.
Powered by a 20-watt CO₂ source, the Domino Dx260i is especially adapted for scenarios requiring shorter messages, moderate line speeds, or easily laser-marked surfaces.
Its accuracy and adaptability ensure consistent, unmistakable, and lasting markings, securing complete product tracking throughout the distribution network.
Why Choose the Domino Dx260i Industrial CO₂ Laser Printer?
Equipped with more than 50 available beam delivery configurations, a scan head that rotates 360°, and tailored setup options, the Domino Dx260i laser printer easily connects with ERP, WMS, and MES platforms. Its advanced software for coding can boost throughput by up to 30% while ensuring remarkable print precision.
With an optional IP65-rated marking head and an IP55 control unit, the Domino Dx260i laser printer is designed to perform even in humid, sticky, or dusty conditions, reducing maintenance needs and supporting greater uptime.
With attention to every operational detail, Domino has developed solutions that make both integration and use more convenient, such as a 90° bent cable connection between the marking head and the controller. Also, the status LED on the marking module gives immediate feedback, showing at a glance if the Domino Dx260i laser printer is functioning.
Technical Information
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 | 50.000h MTBF | 50.000h MTBF | 50.000h MTBF |
Coding Format
| Coding content | Laser optimised fonts for high-speed marking and standard industrial fonts. Graphics, logos, standard industrial machine readable code (1D, 2D) formats (DataMatrix, GS1, QR). Intuitive GS1 Digital Link support. Supporting traceability with serialisation data, sequential and batch numbering. Synchronized clock / Network Time Protocol support (NTP). |
| Focal length | from 80mm to 600mm |
| Marking field | from min. 57x57mm2 to max. 379x582mm2 |
| Advanced Features | Aiming beam, Aim & Code |
| User Interface | Interfaccia utente web-based, possibilità di configurare più punti di accesso paralleli, pannello touch opzionale da 10,1’’ |
System Specification
| Scan head orientations | Multitude of scan head orientations including 360° rotatable variant. More than 50 beam orientation variants. Additionally support for customisation and solution integration. |
| Ingress Protection | Laser module: IP54 fan cooled, optional IP65 compressed air cooling. Controller: IP55 |
| Operating temperature | 5˚C – 45˚C |
| Operating humidity | max. 90% RH, non-condensing |
| Electrical supply | multivoltage 90-264V, 50/60Hz |
Input and Outputs, Interfaces
| Inputs/outputs | Multiple inputs and outputs available e.g. extractor, compressed air-kit, encoder, product detect (NPN, PNP), beacon and interlocks, standard GPIO, additional optional GPIO available. |
| Interfaces/Protocols | Ethernet, USB, Dynamark Protocol, EtherNet/IP™ |
Options
| Accessories | Extraction including optimised shrouds, airknife for lens cleaning, multiple brackets, cables and stands for integration support |
| Certification | Marking: CE**, cTÜVus, UKCA / Fulfills requirement: NRTL, ROHS, FDA listed, EMC, FCC. |
** Partly Completed Machinery as per Machinery Directive (2006/42/EC), CE marking according to ROHS (2011/65/EU) and EMC(2014/30/EU)
