Domino Cx150i Large Character Inkjet Printer
Reliable High-Resolution Printing on Non-Porous Surfaces
Domino Cx150i is a large character, high-resolution inkjet printer engineered to deliver clear, stable and repeatable print results on non-porous materials, helping manufacturers strengthen product identification and brand visibility directly on the packaging.
Thanks to a flexible range of connectivity options, the system integrates smoothly into existing production lines and is fully Industry 4.0 compliant, enabling easy integration with ERP and MES systems as well as with standard coding and automation software.
The QuickStep touchscreen interface is designed for practical, day-to-day use: settings can be adjusted in seconds and new print layouts can be created without complexity, helping to reduce changeover times and simplifying operator tasks.
The system is designed to support continuous production while keeping maintenance requirements low. Ink can be replenished during operation, compressed air is not required, and the use of UV inks cured by LED lamps supports efficient energy use and a responsible approach to industrial coding.
Why Choose the Domino Cx150i Large Character Inkjet Printer
High-definition printing with horizontal resolution up to 600 dpi, ensuring precise and consistent codes even across wide print areas.
Production speeds reaching 200 m/min at 100 dpi, with performance that can be scaled according to the selected print resolution.
Uses high-contrast UV inks supplied in low-waste 500 ml flexible pouches, combined with UV LED curing to help reduce energy consumption and environmental impact.
Technical Information
Ink Base
| Ink base | Cx1-Inkbase A |
| Description | Cx150i ink base for UV inks |
| Dimensions | Width 167.0 mm / Depth 276.1 mm / Height 230.5 mm / Weight 7.3 kg (not included: screw, power button, latch, connector cover, bracket) |
| Internal ink tank | 50 ml |
| Power supply | Input 100-240Vac, 50-60Hz, 2A |
| Power connector | 6 mm DC power jack from external “brick” power supply (included) |
| External connection options | 1 × 24 Vdc power input, 1 × encoder input, 3 × I/O connectors, 2 × USB (Type A), 2 × RJ-45, 2 × IX |
Printhead
| Cx1-PH 32 A | Cx1-PH 65 A | |
|---|---|---|
| Description | Cx150i 32.5 mm printhead for UV inks | Cx150i 65.0 mm printhead for UV inks |
| Conduit length options | 1.5m and 3.0m | 1.5m and 3.0m |
| Dimensions | Width 61.0 mm / Depth 212.6 mm / Height 136.4 mm / Weight 1.92 kg | Width 61.0 mm / Depth 223.8 mm / Height 136.4 mm / Weight 2.05 kg |
| Maximum print height | 32.5 mm | 65.0 mm |
| Vertical resolution | 300 dpi | 150 dpi |
| Horizontal resolution | up to 600 dpi | up to 600 dpi |
| Nozzle-to-substrate distance | 23.3 mm | 32.7 mm |
TouchPanel
| User interface | 7″ or 10″ touchscreen interface with QuickStep software |
| Dimensions | 7″ Width 182 mm / Depth 37 mm / Height 121 mm / Weight 0.8 kg 10″ Width 256 mm / Depth 37 mm / Height 166 mm / Weight 1.2 kg |
System Specifications
| Operating temperature | 5-40°C |
| Operating relative humidity | 10–90% RH (non-condensing, maximum increase of 10 °C per hour) |
| Finish | Brushed stainless steel |
| Protection | IP4X |
| Communication | Ethernet / Dynamark protocol, EDC (serial, TCP, USB), Domino Cloud Interface (DCI), Domino Coding Automation |
| Print speed | max. 200 m/min @100 dpi, 100 m/min @200 dpi, 70 m/min @300 dpi, 47 m/min @450 dpi, 35 m/min @600 dpi |
| Inks* | High-contrast UV inks supplied in low-waste 500 ml flexible pouches |
| Recommended UV lamp specifications | 395 nm UV lamp with an intensity of 8–12 W/cm² over 20 mm of travel and at a distance of 5 mm, capable of ensuring effective curing up to a linear speed of 70 m/min.** |
* This product is equipped with a quality management system that allows operation exclusively with Domino electronic components and uses dynamic security measures to prevent the use of non-Domino components. Periodically, Domino will release electronic component updates to maintain the effectiveness of the quality management system.
** UV curing performance depends on numerous variables; therefore, tests are always required to evaluate performance in a specific application.
