Die Plansee-Gruppe 2011
Die Plansee-Gruppe 2011
Die Plansee-Gruppe 2011
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<strong>Plansee</strong> High Performance Materials<br />
Components for the extraction of<br />
ions in implanters<br />
Mass-produced high voltage switch<br />
contact components<br />
PVD applications laboratory<br />
Highlights<br />
Optimizing spare parts<br />
A computer chip’s electrical pro-<br />
perties are defined in ion implantation<br />
equipment. Through its<br />
“Advanced Standard”, <strong>Plansee</strong><br />
delivers highly sophisticated spare<br />
parts along the entire beam path<br />
in ion implantation, guaranteeing<br />
prolonged service life, minimal<br />
maintenance work and simplified<br />
spare parts handling.<br />
Switching electricity<br />
From prototypes to mass-production,<br />
<strong>Plansee</strong> develops and<br />
produces high-precision switch<br />
contact systems for switching<br />
high and ultra-high voltages up<br />
to 1200 kilovolts. Being based in<br />
close proximity to the customer<br />
is crucial for developing components<br />
which are ready to install.<br />
Consequently <strong>Plansee</strong> is expanding<br />
its local presence worldwide.<br />
Optimizing layer by layer<br />
Functional layers for flat<br />
screens, solar cells and tools<br />
are developed and optimized in<br />
<strong>Plansee</strong>’s applications laboratory.<br />
<strong>Plansee</strong> manufactures the<br />
necessary coating materials<br />
such as sputter targets and arc<br />
cathodes both as prototypes<br />
and in large production runs.<br />
Shielding radiation<br />
In radiotherapy, collimators<br />
use hundreds of delicate heavy<br />
metal leaves to accurately reproduce<br />
the contours of tumors and<br />
direct radiation to the diseased<br />
tissue with extreme precision.<br />
<strong>Plansee</strong> supplies individual<br />
leaves as well as motorized collimators<br />
ready to use.<br />
Generating radiation<br />
The production of X-rays in<br />
powerful X-ray machines and CT<br />
scanning equipment generates<br />
temperatures in excess of 2000<br />
degrees Celsius. As a refractory<br />
metal composite, X-ray rotary<br />
anodes are an active element of<br />
the radiation source and able to<br />
withstand extreme temperatures<br />
long-term.<br />
Mastering complexity<br />
In nuclear fusion, highperformance<br />
heat exchangers<br />
discharge vast amounts of heat<br />
from the reactors. This requires<br />
components made of high-tech<br />
materials which can withstand<br />
the resulting thermomechanical<br />
stresses and where the different<br />
materials such as copper and<br />
graphite are bound together in<br />
an extremely resilient mixture.<br />
Multi-leaf collimator, ready to use<br />
X-ray targets<br />
Components for high-performance<br />
heat exchangers<br />
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