After first applications in mechanical engineering, architecture and robotic, 3D-models and their images are used and needed today as well in medicine, in the textile branch or in museums, art and culture.

Free-formed spatial geometries are measured contactless, complex mathematical descriptions (models) of real objects allow the presentation of these objects on the computer screen very realistically, their manipulation, documentation or another survey. Using modern Rapid Prototyping technology, physical copies of virtual objects can be produced.

Our field of work is the provision, adaptation and improvement of technical and algorithmical tools for such applications.

• Full Solutions for contactless three-dimensional measurement, modelling and analysis in quality and processing control, digital documentation and presentation of three-dimensional aspects
• Special Solutions for design and construction
• Development of instruments for contactless 3D measurement techniques
• Software Development on licence and order for image-based 3D data capture methods, 3D modelling and data processing, 3D documentation, 3D vizualisation and measurement
• Algorithmic Solutions for combined 3D(shape) and 2D(image, surface) data capture and analysis techniques
• Automated derivation of information in the form of parameter out of 3D coordinate sets
• Service in 3D measurement, modelling and documentation

• winding technology
• 3D data capture and processing in dentistry
• robotics, simulation and offline programming
• 3D measurement technology
• 3D techniques and methods for industrial custom clothing (textile branch, outer clothing)
• 3D applications in the field of art, culture and restoration