NobleCure - Heraeus Noblelight
NobleCure - Heraeus Noblelight
NobleCure - Heraeus Noblelight
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optoelectronics<br />
<strong>NobleCure</strong> ®<br />
The ready to use UV LED solution for curing applications<br />
UV LEDs are the innovation for the future in every curing<br />
or drying process. Using LEDs in industrial processes<br />
signifi cant energy savings can be obtained.<br />
Additionally the extremely small shape of the UV LEDs<br />
allows great fl exibility in point of delivery.<br />
In parallel to customized solutions <strong>Heraeus</strong> <strong>Noblelight</strong><br />
offers a complete UV LED unit: <strong>NobleCure</strong> ®. The system<br />
is optimized by peripheral components such as cooling,<br />
control and power supply. Highly effi cient thermal<br />
management ensures long operating life of the UV LED<br />
modules.<br />
<strong>NobleCure</strong> ® is a quick fi t LED solution for<br />
energy cost saving.<br />
Technology advantages of <strong>NobleCure</strong> ®:<br />
Long lifetime<br />
Low power consumption<br />
Low heat dissipation<br />
Compact design<br />
Freedom of design<br />
Instant switch ON and OFF capability<br />
Dimmable<br />
Environmentally friendly<br />
Max. irradiance even at widest working distance
Save energy with <strong>NobleCure</strong> ®<br />
<strong>Heraeus</strong>’ engineers are specialized in the design of customeroptimized<br />
solutions, which precisely match the LED construction<br />
to the customers’ machine environment. This also<br />
extends to peripheral components such as cooling, control<br />
and power supply.<br />
“Chip on Board” technology offers high power density and<br />
allows complex geometrical designs. <strong>NobleCure</strong> ® helps to<br />
save energy. It has instant switch ON and OFF capability, so<br />
energy is consumed only on demand and when it is needed,<br />
without affecting the performance of the LEDs.<br />
Application Special requirement packaged LED with COB LED with COB<br />
LED and microoptics<br />
Adhesives<br />
Low intensity<br />
3D curing with<br />
constant intensity<br />
Digital Print Low intensity pinning<br />
High intensity full cure<br />
Lithography Low divergence<br />
Large area<br />
Coatings Variable distance<br />
<strong>Noblelight</strong> has an ever expanding portfolio of systems which<br />
can be easily added to any curing system. <strong>NobleCure</strong> ® is<br />
available in various optical power ranges and wavelengths<br />
between 365 and 405 nm. The output is almost continuously<br />
dimmable, so <strong>NobleCure</strong> ® LED system can be confi gured for<br />
each application.<br />
Standard solutions include near fi eld and far fi eld optical designs.<br />
<strong>Heraeus</strong> has also designed customer specifi c solutions<br />
for applications such as web printing, specialist coating and<br />
adhesives to name a few.<br />
<strong>Heraeus</strong> maintains total control from development through<br />
production. LED assemblies are manufactured using "Chip<br />
on Board" technology, then measured in the in <strong>Heraeus</strong>' inhouse,<br />
accredited measurement laboratory.<br />
www.heraeus-noblelight.com<br />
Europe<br />
<strong>Heraeus</strong> <strong>Noblelight</strong> GmbH<br />
<strong>Heraeus</strong>straße 12-14<br />
63450 Hanau<br />
Phone +49 6181 35 4561<br />
Fax +49 6181 35 164561<br />
m.hofmann@heraeus.com<br />
USA<br />
<strong>Heraeus</strong> <strong>Noblelight</strong> LLC<br />
1520C Broadmoor Blv.<br />
30518 Buford, GA<br />
Phone +1 770 418 0707<br />
Fax +1 770 418 0688<br />
rick.slagle@heraeus.com<br />
Technical data <strong>NobleCure</strong> ®<br />
Lamp type/technical data <strong>Heraeus</strong> <strong>NobleCure</strong> ®<br />
4 W - 88 mm<br />
Irradiance at 10 mm 365 nm: 1 W/cm²<br />
distance<br />
385 nm: 3.5 W/cm²<br />
395 nm: 4 W/cm²<br />
405 nm: 4 W/cm²<br />
<strong>Heraeus</strong> <strong>NobleCure</strong> ®<br />
8 W - 88 mm<br />
365 nm: 2 W/cm²<br />
385 nm: 7 W/cm²<br />
395 nm: 8 W/cm²<br />
405 nm: 8 W/cm²<br />
Size emission window 87.5 mm x 44 mm 87.5 mm x 44 mm<br />
Lamp type/technical data <strong>Heraeus</strong> <strong>NobleCure</strong> ® 7 W - 251 mm<br />
Irradiance at 10 mm distance 365 nm: 2 W/cm²<br />
385 nm: 7 W/cm²<br />
395 nm: 8 W/cm²<br />
405 nm: 8 W/cm²<br />
Size emission window 251 mm x 35 mm<br />
Lamp type/technical data <strong>Heraeus</strong> <strong>NobleCure</strong> ® 4 W-AC<br />
Irradiance at 10 mm distance 385 nm: 4 W/cm²<br />
395 nm: 5 W/cm²<br />
Size emission window 72 mm x 51 mm<br />
Note: Irradiance is measured at a distance of 10mm from the lamp face and cannot be<br />
directly compared to systems with specifi ed with measurements taken directly at lamp<br />
window.<br />
Japan<br />
<strong>Heraeus</strong> K.K.<br />
5-1 Nibancho, Chiyoda-ku<br />
Tokio 102-0084<br />
Phone +81 3 521539 41<br />
Fax +81 3 521539 10<br />
saori.arima@heraeus.com<br />
Technical data are subject to modifi cation.<br />
HNG OED03E/01.12<br />
WM-Nr.: 00100121-3-09/05 ORT/WÄN
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