The Domino G50i can print data directly from a database, allowing each print to be unique. This enables item-level coding and supports anti-counterfeiting applications.
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The Main Benefits
Thanks to its intuitive user interface, users can create and modify codes via the HMI or by using a web browser directly from a PC, smartphone, or tablet. Additionally, codes can be uploaded via the USB port on the HMI.
The 5-inch color touchscreen display provides a clear and user-friendly experience. The remote printhead of the Domino G50i thermal inkjet printer allows for both vertical and horizontal installation, making it easy to integrate into existing production lines.
Encoding Type
BK119 ink
BK119 ink, for use with Domino Gx Series and Domino G Series thermal inkjet coders, is a fast-drying solvent ink suited to coding on a wide range of non-porous substrates, including BOPP, PE, PET, aluminium foil and PVC.
The ink is also the perfect choice for printing on aluminium in blister machines, complies with GMP and Swiss List standards and is the ideal solution for coding and marking on food packaging.
Technical Specifications
- System specifications
- Printer specifications
- Printing performance
- Dimensional drawing
Printhead
| Print head dimensions | 216.4 mm x 66.2 mm x 49.1 mm |
| Print head weight | 412.4 g |
Cabinet
| Controller dimensions | 155 mm x 111.6 mm x 44.6 mm |
| Controller weight | 622 g |
| Controller housing | Brushed aluminium |
| Power supply | AC 100V-240V, 50/60Hz, DC 24V 2.5A |
Inks
| Inks | A range of water- and ethanol-based inks for porous and non-porous substrates. |
Connectivity
| External connection options | External sensor, encoder, alarm beacon |
| Communication protocol | TCP/IP (RJ45) and COM (RS485) for databases, barcode scanners, checkweighers, etc. |
Operation
| User interface | 5” LCD touchscreen |
Consumables
Nessuna informazione disponibile.
Maintenance
Nessuna informazione disponibile.
Environment
| Controller operating temperature | +5 to +50°C |
| Controller relative humidity | 90% non-condensing |
Speed m/s*
| Print speed | Max 76 m/min at 300×300 dpi |
Size
| Print height | Up to 26.1mm |
| Resolution | Max 600×600 dpi |
Code format
| Coding options | Text, counter; Pack/batch; Date/time; Expiry date; Julian date; Shift code; Images; Database 1D and 2D barcodes (Code 11, Code 39, Code 128, EAN, QR, Data Matrix, GS1 DataMatrix |
| Printable characters and languages | Windows true fonts |
Dimensional drawing
This product features a quality management system, which means it will operate only with genuine Domino cartridges and uses dynamic security measures to prevent the use of non-Domino cartridges. From time to time Domino will release circuitry updates to keep the quality management system effective.
Technology in Action
Accessories
FAQ
Which materials can industrial inkjet coders print on?
Industrial inkjet coders can code and mark a wide range of materials, including cardboard, plastic, glass, PET, metal, flexible films and secondary packaging. Thanks to the different technologies available (CIJ, TIJ, high and low resolution), they suit a great many industrial sectors.
What information can be printed with an inkjet coder?
Industrial inkjet systems can print batch codes, expiry dates, 1D and 2D barcodes, QR codes, datamatrix codes, logos, variable text and product traceability information. Some models also support data serialisation and high-definition coding.
Are inkjet coders suitable for high-speed production lines?
Yes. Industrial inkjet coders are designed to work even on very fast production lines, delivering sharp, accurate and continuous printing with no direct contact with the product. Some models are developed specifically for complex, high-output production environments.
What advantages do industrial inkjet coders offer over other coding systems?
Inkjet coders offer great application flexibility, high print quality, operating speed and easy integration into production lines. They also cut machine downtime, require little maintenance and deliver reliable coding even in demanding industrial environments.