Printing system height 17 mm porous and non-porous surfaces, plastic, polystyrene, metal NC-128

Printing system height 17 mm porous and non-porous surfaces, plastic, polystyrene, metal NC-128

Printing system height 17 mm porous and non-porous surfaces, plastic, polystyrene, metal NC-128

        

• Piezo inkjet technology
• Resolution: 180 dpi
• Number of dots: 128
• Print speed: up to 35 m/min • Print height: 17.4 mm
• Drop size: 80pl
• Binary print
• With ink recovery

NC-128 is a high resolution printer designed to print barcodes, texts, logos, dates and any other type of information on porous and on non-absorbent surfaces. With a superior number of interfaces it can be easily integrated in any production line and connected to many devices (scales, scanners, LAN, BCD). With the ink system (SINK), purge operitions are carried out without waste of ink.
The ink is recovered and reused thus reducing ink consumption.
Savings compared to stan- dard systems can be up to 50%. The new NetCoder technology allows the system to be totally modular.
The simple and intuitive touch screen con- sole can control up to four print heads simultaneously.
User friendly interface. The colour 12” display and the touch scre- en together with the IconTouch interfa- ce makes it easy to setup and operate. Coding and marking of products and packaging. The software allows to code products with a wide range of variable fields.
High resolution printing.
With a vertical print resolution of 180 dpi, NC-128 realizes very high quality prints.
Wide packaging customization.
High resolution digital printing creates any kind of logo, any kind of barcode and text, reproduces high definition images and pho- tos, customizes and makes pleasant any packing material.

Screenshot

Screenshot

Contact us for all the information regarding:

Printing system height 17 mm porous and non-porous surfaces, plastic, polystyrene, metal NC-128

Printing system height 17 mm porous and non-porous surfaces, plastic, polystyrene, metal NC-128

    Type of interest

    Go to Top