|
Microoptics
The INNO-Concept GmbH services in this field consist of:
Calculating microoptical systems consisting of prism arrays, grid
structures (corrugations) and microlens arrays for
- Coupling and uncoupling light in optical light conductors, especially
wave conductors for meters
in medicine
and environmental analyses.
- Lighting in the broadest sense of the word
- Optical storage of information (digital and analogue).
- Optical communication technology
- Optical imaging (texture analysis, automated sorting and many
others)
- Navigation technology.
Optical Image
Processing
The principles of optical image processing can always be used to
great advantage if it is a matter of processing entire fields or
patterns at great speed (real-time).
Digital electronic systems have to record all the positions in an
image and serially link the intensity values attained. The digitalisation
of images and the subsequent electronic processing of the information
with the aid of very precise digital processors often requires too
much time, because the processing time increases more than linearly
with the information content of the images.
By contrast it is very advantageous that in the image processing
necessary and numerically difficult Fourier transformations, convolution
and correlation operations can be optically performed in parallel
and in real-time.
The INNO-Concept GmbH services in this field consist of:
- Calculating optical systems for the Fourier transformation, convolution
and correlation
operations,
which are adjusted to the imaging process.
- Calculating the optical filter structures required for the image
processing or image
pre-processing.
- Perform investigations to determine if a coherent or incoherent
optical image processing is
appropriate
for the processing task.
Optical Design
The INNO-Concept GmbH services in this field consist of:
Calculating optical systems (both lens optics as well as reflective
optics under the aspect of diffractive structures) for very different
applications and spectral ranges, e.g. for
- Spectroscopic devices
- Laser technology
- Material processing with lasers
- Metering
- Holography
- Lighting systems (from spotlights to optical meters)
- Camera lenses ( including anamorphotical optics )
- Optical imaging
- Optical communication technology
- Medical technology.
|
