Everyone talks about digitization. We are the ones who make it! With innovative software solutions for 3D and Augmented Reality, we guide your company into the future. We show you what you need, to implement these new technologies in your company in the most efficient and productive way possible.
selected customers
PRODUCTS
With this Augmented Reality software you can easily and quickly create content- customised to your needs with no need for programming skills. Pinpoint digital information exactly onto desired points of real objects and revolutionise manual work flows in production, quality assurance, maintenance, installation or training.
The first ‘out of the box’ software that allows you to convert 3D CAD data into interactive 3D animations or simulations, such as instructions for industrial plants or training content. The Windows application is easy to understand and extremely versatile.
No more time-consuming processing of your CAD Data for AR glasses. With VISCOPIC Polygons you can optimize 3D CAD models easily for quick use on the smart glass. Additionally, you can do the rendering on the high performance computer to then transfer the output via wifi onto the device, like the HoloLens, in just one mouse click. Data intensive models can therefore be displayed on the Augmented Reality device within just seconds.
PRODUCTS
With this Augmented Reality software you can easily and quickly create content- customised to your needs with no need for programming skills. Pinpoint digital information exactly onto desired points of real objects and revolutionise manual work flows in production, quality assurance, maintenance, installation or training.
The first ‘out of the box’ software that allows you to convert 3D CAD data into interactive 3D animations or simulations, such as instructions for industrial plants or training content. The Windows application is easy to understand and extremely versatile.
No more time-consuming processing of your CAD Data for AR glasses. With VISCOPIC Polygons you can optimize 3D CAD models easily for quick use on the smart glass. Additionally, you can do the rendering on the high performance computer to then transfer the output via wifi onto the device, like the HoloLens, in just one mouse click. Data intensive models can therefore be displayed on the Augmented Reality device within just seconds.
INDIVIDUAL AUGMENTED REALITY SOLUTIONS
Often our customers ask themselves questions like: What divisions can benefit from Augmented Reality? What technology works best for a certain use case? And which mobile device should be used? As experts with years of experience in in this area, we guide our customers throughout the complete implementation process of Augmented Reality and 3D software solutions, for which we have developed the following process phases.
PROCESS DESCRIPTION
1. Definition of use case
2. Elaboration of concept
3. Development of prototype
4. Evaluation of use case
5. Implementation of scalable software solution
INDIVIDUAL AUGMENTED REALITY SOLUTIONS
Often our customers ask themselves questions like: What divisions can benefit from Augmented Reality? What technology works best for a certain use case? And which mobile device should be used? As experts with years of experience in in this area, we guide our customers throughout the complete implementation process of Augmented Reality and 3D software solutions, for which we have developed the following process phases.
PROZESS-
BESCHREIBUNG
1. Definition of use case
2. Elaboration of concept
3. Development of prototype
4. Evaluation of use case
5. Implementation of scalable software solution
REFERENCES
At DB Netz AG 8000 maintenance engineers are responsible for maintaining the rail network. However, the challenge is that by 2026 half of them will retire and new employees will have to be trained. Together with DB we have virtually recreated a part of the company’s infrastructure, to educate new employees and lateral recruits for training models, digitally with Augmented Reality. This is how we help companies improve their training quality, security of action as well as the interaction of theory and practice.
Together with the Volkswagen Education Lab we are bringing the corporate’s robot training to the Mixed Reality world. Projected via the Microsoft HoloLens, a holographic robot representation will allow the technicians to learn how to handle robots, which are largely used within the enterprise. Since the physical machines are being replaced by holograms, Volkswagen will be able to execute future trainings efficiently at any time, in any place and at no extra costs
In quality assurance, Audi relies on new technologies to meet requirements with a sustainable approach. With the help of VISCOPIC Pins, workflows for examining a vehicle can be simplified by displaying information such as component markings or dimensional information as holograms. In Audi Training Centers, Augmented Reality is used for the efficient training of new employees.
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