Perception Park

The next step in the evolution of Machine Vision

 

Machine vision technology has gone through a constant development process over the past decades. Starting with monochrome cameras, which use differences in contrast for defect detection, imaging technology has advanced to increasingly precise colour cameras revealing even the smallest colour deviation.

 

After colour imaging and the subsequent 3D imaging, Chemical Colour Imaging (CCI) takes this technological evolution to the next level. The software technology makes complex hyperspectral data on a molecular level usable for machine vision.

YOUR benefits

  • The Perception System transforms sensor raw signals into corrected, standardised hyperspectral cube data allowing the intermediate operation of your hyperspectral system.
  • Due our solutions can be intuitively configured for endless applications, the Perception System saves you time and money for the development expertise.
  • No need for consulting experts allows to develop your own know-how and to protect it.
  • One data processing for various hyperspectral cameras.
 

Intuitive Configuration and Setup

The Perception System is controlled with our intuitive Perception Studio. The Perception Studio provides encapsulated scientific methods of hyperspectral analysis intuitively accessible to everyone. The machine vision community is now enabled to develop and configure own applications independently. 

 


 

CUSTOMER VALUE

  • Chemical Colour Imaging represents a new processing technology, which combines essential advantages of the basic technologies of hyperspectral imaging and colour imaging. It makes chemical material properties accessible for the machine vision applications.
  • A dramatic simplification in handling, as well as the opportunity for real-time processing of highly complex hyperspectral camera data, are the key for the extensive industrial use of hyperspectral cameras.
  • The abstraction of highly complex spectral information through chemical features represented by colour and monochrome images, makes handling of hyperspectral cameras on a deep level accessible and interpretable.
  • By the generic, configurable Perception System, new applications do not need to be programmed from scratch. Instead, endless applications are configured with one platform and development times are reduced up to 95%
  • The Perception System provides encapsulated scientific methods of hyperspectral analysis intuitively accessible to everyone. The machine vision community is now enabled to develop and configure own applications independently, without consulting experts of chemometrics or spectroscopy.
  • Market and customer know-how of the user remain in-house and own market positions are solidified and expanded.
  • By standard interfaces like GigE Vision or CameraLink the user can independently choose the best camera from any supplier.
  • CCI information can be processed by any vision system. Thus, a hyperspectral camera may be integrated into already existent solutions like sorting machines that already uses colour or monochrome cameras.