Products
Products
Realization of customer-specific optics for your application
Our technology is suitable for the production of samples up to series of a few hundred elements per year.
There are no tool or set-up costs.
This makes SMOS a partner for height
Quality at low prices.
SMOS offers support for design and calculation.
We would be happy to receive an inquiry about your specifications.
Microlens arrays for wavefront sensors
To optimize the light yield, microlenses can be designed to fill the entire area. Free forms are also possible. The individual lenses are optically corrected over the entire surface. The interferometrically controlled laser lithography guarantees the highest positional accuracy.
Aperture stops and position markings on MLAs
A second structuring process can optionally be applied to create aperture stops or position markings on the glass surface.
In wavefront measurement, it is often useful to mark one or more individual lenses within an MLA for determining the position or orientation of the measurement.
MLA with different focal lengths
For 3D image acquisition, microlenses with different focal lengths are used next to one another. With the MSI mask technology, microlenses with focal lengths with a ratio of up to approx. 1:10 can be realized in parallel on a substrate to fill the entire area.
Vortex- or Bessel- elements for laser material processing
For material processing (laser welding and cutting), certain forms of focus and thus certain energy distributions are preferred. SMOS can produce phase screws (vortex elements) as well as Bessel optics for high-energy applications.
Phase screens for simulating atmospheric turbulence
To test adaptive optical systems, atmospheric turbulence can be simulated, for example with Kolmogorov phase distributions. This allows adaptive systems for terrestrial telescopes to be tested. With the help of MSI technology, SMOS has produced such phase distributions.
Correction optics for microscopic retinal diagnosis
In the microscopic retinal examination, the resolution can be optimized by taking into account the patient's individual eye defects. For this purpose, SMOS produces individually adapted phase plates that compensate for the optical errors of the eye.
1 to 9 beam splitter with GRIN phase filter
A phase filter element was implemented using MSI technology, which allows a laser beam to be split into a pattern of 3x3 partial beams.