INNOVATION – WHAT ELSE?

Ever touched textile glass wall coverings that help get rid of interior wall challenges? Ever heard of liquid wood replacing all your oil based plastic products? What about an acoustic camera which makes sounds visible?

We are here to help you source innovative technologies and solutions for any of your project needs. And if we can`t find what you are looking for, we can help you design and develop your own product. 

 
 

LIQUID WOOD

What can be made from it? Well, think of anything made of plastic or wood, and you will start to get the picture. Liquid wood brings together the most powerful material assets of two of the most used materials on the planet. It combines the precision, flexibility and durability of plastic with the 100% recyclable, renewable, tactile and aesthetic advantages of wood, in a single new material.

To achieve that, Lingin (an often-discarded element of regular wood) is combined with natural resins, flax and fibers that can be injected into molds and form extremely complex, precision-shaped objects. The result is a sustainable, completely biodegradable and combustible material with a 100 % regenerative resource proportion.

Innovation

TEXTILE GLASS

Exclusively made from raw materials (quartz sand, soda, water potato starch), textile glass wall coverings help to create a healthier indoor room climate. The high tech wall coverings woven from glass yarn can be applied to any common interior surface (plasterboard, timber, bricks, metal, tiles, plaster, etc.). The products combine flexibility, durability, impact resistance and other technical and environmental benefits with decorative features, unmatched by any other wall covering. Individualise your wall coverings using your own designs (e.g. company logos) or create multifunctional presentation surfaces with the magnetic wall coverings – the possibilities are endless.

The German manufacturer stamps a seal of confidence on the product with a 30-year warranty which guarantees a longer life to the surfaces covered. This means low maintenance costs making the products the most cost effective and sustainable solution for any interior wall and ceiling in the long run. Check out the latest application here.

Innovation
 
 

TOP ENERGY

Simulate – Visualise – Compare

TopEnergy software is a management cockpit offering to simulate, analyse and optimise energy systems of any form, size and complexity. The in-built modules make it possible to evaluate, compare and optimize existing and new systems initially. That means accurate assessments in no time to take decisions on what is the most cost effective and environmental friendly scenario for you.

Innovation
 

3D SCANNER

The 3D scanner creates accurate 3D models of various objects of different sizes. All collected data is available in common 3D formats. Further analysis – e.g. to carry out acoustic localization via the acoustic camera – can easily be performed by our team.

  • Reverse engineering
  • 3D digitization
  • Construction and building technology
  • Cultural heritage/digitization of archeological and cultural goods or sites
  • Forensics
  • Quality control, actual vs target comparisons
  • Precise deformation analysis
Innovation

ACOUSTIC CAMERA

Acoustic cameras are rapidly set up and allow for a clear, exact and fast analysis of noise sources in interior and exterior settings. A measurement with the Acoustic Camera does not only give you information about the noise and its composition, but also precise information about where and which emissions are located. Depending on the application, the proper equipment for the measurement and the ideal algorithm for the analysis are chosen. 

Through this approach, the user is capable to deal with all kinds of acoustic problems. It is possible to create frequency- and spectral analysis, acoustic pictures or movies (in 2D or 3D), order analysis or psychoacoustic weightings. We can virtually erase sources, correlate signals, use different filters and export the results to different file-formats. Acoustic cameras are used as resource for localizing and identifying sound emissions to reduce and control noise or for acoustic optimization of buildings and structures, to name only a few fields of application.

Innovation