Compare to the limitations of conventional
tile decoration techniques and other digital
systems on the market, this new, no-touch,
digital printing technology offers unlimited
image variations, no setup costs thus elimi-
nating the need to print minimum quanti-
ties, far superior image quality, definition
and dynamic range. It prints onto the
same glazes used with conventional screen
printing systems (does not require special
glazes to create the color), the inks are not
sensitive to environmental conditions, thus
allowing a stable production, the same inks
can be used to decorate wall and floor tiles
obtaining a large color gamut and high
densities and with just 4 colors all colors
and shades are produced.
Durst is holding various patents on this
new, innovative technology.
The Technology
4 Models of your Choice
Gamma 60
Top of the line, full color version for tile
sizes up to 50 x 120 cm (20 x 48 in.)
Gamma 61
Economical 3-color version for tile sizes
up to 50 x 120 cm (20 x 48 in.), with the
possibility to fully upgrade it to the full
color Gamma 60 version.
Gamma 70
Top of the line, full color version for tile
sizes up to 60 x 120 cm (24 x 48 in.)
Gamma 71
Economical 3-color version for tile sizes
up to 60 x 120 cm (24 x 48 in.), with the
possibility to fully upgrade it to the full
color Gamma 70 version.
The Benefits
• Ultimate design exibility
(image & text)
• Drastically reduced setup time and
costs
• Economical printing of short runs
– mass customisation
• Lower production costs
• Reduced inventory and storage space
• Higher margins
Gamma-Patented Synchronized Inline
Printing Engine
Durst has a longterm experience in
developing and manufacturing industrial-
scale large format inkjet printers for the
graphic, packaging and industrial market,
using heavy duty industrial piezoelectric
inkjet print heads.
For the Durst Gamma, Durst has developed
a special, patented single pass non-impact
inkjet printing technology, consisting of
four (CMYK) full width inkjet printing
arrays, fully synchronized with the
production process.