Intelligent material recognition through machine learning and data science
Development of a smartphone app for mobile coating systems
Maintenance and repair: Technicians receive real-time visual instructions and information to maintain and repair equipment and machines, increasing efficiency and reducing errors.
Remote assistance: Technicians on site can call in experts remotely to troubleshoot, which speeds up troubleshooting and thus minimizes downtime.
Production support: HoloLens provides assembly instructions and training options to increase accuracy and efficiency in manufacturing.
3D visualization: Complex 3D models can be displayed in the real environment to make it easier to review designs and prototypes.
Quality control: HoloLens helps employees to inspect products for defects and faults.
Safety and training: Realistic simulations of safety-critical scenarios are provided for employees to prepare them for dangerous situations.
Asset management: HoloLens helps to monitor plant conditions and display real-time data.
Construction planning: HoloLens enables architects to visualize 3D models of construction projects in the real environment. This makes design visualization, planning, and fault detection easier.
Construction project monitoring: HoloLens supports construction project teams in monitoring construction progress by comparing it with virtual construction plans in real time.
With HoloLens, you can achieve maximum efficiency at low cost. Products and processes can be virtually mapped and optimised quickly and easily. Application scenarios can be simulated using holographic representations and projected in a very small space.
Saving time and space, you can present products and services to your customers on the spot and make adjustments in real time. With gesture and voice control, your hands are free to work without the hassle of cables. New deployment scenarios for a wide range of business models are possible and workflow is simplified.
Processes and procedures are optimised, simplified and accelerated. In addition, the combination of mixed reality glasses ensures that data and information is transmitted directly and is also available worldwide via the cloud.
Augmented Reality (AR) is a technology that projects digital information and virtual objects into the real world while the user continues to see their physical environment. Virtual reality (VR), on the other hand, completely immerses the user in an artificial world, isolated from reality. Mixed Reality (MR) offers the best of both worlds. With Microsoft HoloLens and the appropriate application, users can experience and interact with holographic objects in their real world environment while still seeing the environment.