HANNOVER MESSE 2019, 01 - 05 April
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Data intensive CAD models onto the Holoens in just one click

Product description

<p>A valuable and fluent visualisation of 3D models on smart glasses like the Microsoft HoloLens often fails<br />with the limited computing capabilities of the device. 3D models that are created with CAD data contain a<br />lot of information, which makes real-time displaying on a device with limited computing power very hard<br />or nearly impossible. With VISCOPIC Polygons you can do the rendering of a model on a high-performing<br />computer and then transfer it in real-time via wifi onto smart glasses like the HoloLens. Data intensive 3D <br />models can therefore be displayed in just one mouse click. With VISCOPIC Polygons, you can also optimize your 3D CAD models in a simple and easy way, since the program automatically reduces components which are very small and visually not relevant as well as invisible components.<br /><br />VISCOPIC Polygons makes a good and fluid representation of 3D models on data glasses possible. Due to the often low<br />performance of the glasses, it is difficult to display large CAD models in real time. Using Polygons, the rendering of the<br />models is outsourced to a powerful computer and the output is transferred to the HoloLens in real time. Polygons can also be used to optimize models quickly and easily. This means: <br /><br />- Automatic removal of very small or invisible components<br />- Outsourcing of rendering to high performance computer<br />- Output - transfer via wifi onto the HoloLens<br />- Visualisation of 3D/CAD models in original quality through innovative <br />  3D streaming technology without manual mesh reducation<br /><br />With VISCOPIC Polygons, you can optimize 3D CAD models easily and quickly for the use on data glasses. In addition,<br />the rendering of models can be performed on a powerful computer and the output can then be transferred via Wifi onto<br />devices such as the HoloLens in real time. Like this, data-intensive models can be displayed on AR glasses within a click.</p>

Product website

Hall 6, Stand L22

(Main stand)

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