normal - Jenoptik AG
normal - Jenoptik AG
normal - Jenoptik AG
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10<br />
So the Triptis team were already well equipped. A system for the<br />
etching of nanostructures was available immediately, because<br />
Fraunhofer researchers had installed it years ago. However, its<br />
original purpose was primarily to coat lenses with plasma-assisted<br />
vacuum sputtering. Now one and the same machine is also<br />
used to create the moth’s eye structures using plasma etching.<br />
From endoscopy to display.<br />
The perfect antireflective coating on nearly any surface shape –<br />
<strong>Jenoptik</strong> is one of the few manufacturers anywhere in the world<br />
that can implement that dream goal. The Nanomoth is already<br />
being greeted by the market with great interest. Well-known<br />
companies, primarily in medical technology, the pharmaceutical<br />
industry, and optical technology, are already customers and<br />
are using lenses with moth’s eye structures from Triptis in their<br />
equipment. From automobile valves and monitoring cameras to<br />
medical technology applications like endoscopy to displays of all<br />
kinds that can provide clear, high-contrast images – the applications,<br />
markets, and opportunities are countless.<br />
Shape-neutral regularity.<br />
And the Nanomoth cuts a good figure on a variety of surface<br />
configurations. On spherical lenses, for example. Here, the<br />
reflection is suppressed in a color-neutral manner right to the<br />
edge – fully evenly, without the distorting color fringes that<br />
can result from classical coating. But smooth surfaces, irregular<br />
shapes, and complex structures like optical grates on binary<br />
lenses, can also be given regular, effective antireflective properties<br />
thanks to the Nanomoth.<br />
Susanne Gaumitz at the touch screen to the vacuum chamber. New systems<br />
were not necessary because <strong>Jenoptik</strong> had the latest technology already available.