-
UV or LED UV??
2
It does not matter!
-
33
Lightsources in comparison
LED (UV)
Wavelength [nm]
VUV UVC UVB UVA
100 200 280 315 (380) 400Standard UV
LE-UVOzonfrei
Visible Light
780 nm
Surface curing Deep curing
Shorter waves Longer waves
-
How much power is needed to win the race?
4
What is needed for a goodperformance?
What is most relevant? Where are the differences? How does a
good engine look like? Available space!
-
5
NEW designed LEDcure
-
LEDcure module
6
Front glass Variable optics
LED ChipsLED Array
Watercooling
Electronics
-
Adaption according to application
7
-
Heatmanagement and Optics
8
-
Plug and play functionality
9
Exchange, Upgrade and Repair onsite
-
ELC-X stacking concept
Stack will take up to 12 ELC Master and slave mode will
double
the available power Touch screen Smart Control Space saving
concept
EXAMPLE (UVTC) Cabinet with 3 compartments Control ELC
Distribution TOTAL WIDTH 1800 mm
(for 6 lamps/leds)
10
-
Hot Swap Technology
11
Switch over between LEDcure and LAMPcure on shortnotice at any
time!
Both LAMPcure and LEDcure units can be operatedinterchangeably
with the same ELC (based on ELC-X/PE series)
Common infrastructure is used
PLC will identify type (lamp or led) automatically and will show
corresponding operator keys on Smart Control
Show units are available in the exhibition area
-
12
Green badge due to energy saving
OFF in stand-by
Format switching
Sheet clocking
S-UV 20176
-
13
UV energy only whereand when it isrequired
Off during make-ready and standby
Adjustable on:
1. Sheet width
2. Print length(cylinder gap + X)
Cylinder Gap
Not printing cylinder surface!
Print length
not printingarea
Cylinder Gap
Not printing cylinder surface!
Zone switching and clocking
-
Design and Function
14
-
15
Print job UV Days 2017
-
LED inks 6 colour print job Substrate met carton board Inline
embossing LED flexo coating Offline finishing
16
Print job UV Days 2017
-
17
Print job UV Days 2017
3: Black4: Reflex blue
5: Green
6: Effect varnish7: Embossing
8: Coating
Curing
Curing
1: White2: White Curing
Grid
LED INKS
-
18
Print job low migration sheet fed
1: Black2: Cyan
3: Magenta4: Yellow Curing
Grid
5: Offline foiling
LED INKS
-
19
Print job low migration web
Grid 1: Glue 2: Cold foil4: Orange
5: Brown6: Black
8: Iriodin9: Softtouch
11: Coating
3: Iriodin
7: Black (text)
10: Hot foil12: Die cutting
UV INKS
-
I APP I
20
See infopoint for further details
-
21
Print job HOT SWAP
1: White2: White
3: Black4: Reflex blue
5: Green
6: Effect varnish7: Embossing
8: Coating
Curing
Curing
CuringGrid
LED INKS
-
I FINISH I
22
LEDcure finishes first
Foliennummer 1UV or LED UV??Foliennummer 3How much power is
needed to win the race?NEW designed LEDcureLEDcure moduleAdaption
according to applicationHeatmanagement and Optics Plug and play
functionality ELC-X stacking conceptHot Swap TechnologyFoliennummer
12Foliennummer 13Design and FunctionFoliennummer 15Foliennummer
16Foliennummer 17Foliennummer 18Foliennummer 19I APP IFoliennummer
21I FINISH I
