Page 43 - Glass-Technology International no. 2/2017

An in-depth SERIES G AND J for industrial contests that thanks to this operation it
is possible to transport the
require high automation,
focus on G and J Cugher offers two techno- large production volumes, glass with great accuracy.
quick set up and format
No further glass registra-
logically advanced types of
printers: G and J Series. changeover and extreme tions are necessary before
Series machines, The Cugher silk screen print precision. The glass the printing process.
printing machines are able transportation is per- The G series special edition
technologically to print on symmetrical, formed by a shuttle with DLE (Double Lite Edition)
asymmetrical, single, dou- two independent cross for double glass printing is
advanced and ble and paired glasses, with shaped holders, centering the newest machine added
standard dimensions up to is made out of the printing to the Cugher portfolio and
versatile, and 2500x4000 mm and thick- table. This solution ena- has been engineered with
ness varying from 1,4 up
bles to reach the maximum
the aim to have the maxi-
to 10 mm. The machine speed of the printing pro- mum flexibility in a single
on company’s performances are outstand- cess for glasses with small printing line. On one print-
ing: the productivity and and medium dimensions. ing machine is possible
automation and precision levels are very The system consists of one to print two small glasses
high with up to 620 Pieces/ cross shaped holder with (sidelites or vents) or one
quality control Hour, and a print repeata- a vacuum cups system. single big glass (Backlite,
bility precision of +/- 0,08 The glass is collected by Windshield or Sunroof)
solutions. mm. the walking beam while it allowing a great saving in
is still in the centering de-
The G Series printing ma-
terms of industrial space
chines are the best solution vice of the inlet conveyor; and cost optimization with

The Logo Print Head, can be installed on
the printing machine, above the printing bridge

Glass-Technology International 2/2017 41