AdlOptica GmbH

Rudower Chaussee 29
Berlin D-12489
Germany
49-30-56590-8880
49-30-56590-8881
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More Info on AdlOptica GmbH

Supplies beam shaping optics and other optical components for laser applications. R&D of optical systems for laser techniques.

Articles

The quattroXX provides lossless beam splitting in four foci for multikilowatt lasers in the near-infrared, visible, and near-UV.
The aplanoXX_NA0.8 objective has a protective window for diffraction-limited focusing.
Focal-πShaper_1070_Q_HP series refractive beam shapers control the intensity distribution of a focused spot.
The quattroXX multifocal beam-shaping optics have uses in laser material processing applications based on multikilowatt fiber lasers or fiber-coupled lasers.
At a gala banquet held during SPIE Photonics West, 10 winners of a Prism Award for Photonics Innovation were announced by industry leaders.
Whether cutting, welding, or patterning various materials using a laser, the materials-processing end result correlates directly with the size, shape, and intensity of the laser...
The foXXus and twoXX beam-shaping optics split laser energy and focus in multiple spots for material processing applications.
The foXXus objectives are designed for splitting laser energy and focusing in multiple foci for micromachining applications.
The aThermoXX athermalized windows are cover slides for high-power industrial laser applications such as welding or melting in 3D printing.
This beam shaper transforms a round Gaussian laser beam to a square-shaped focused spot with nearly 100% efficiency.

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Additional content from AdlOptica GmbH

The geoHEAT achromatic lenses combine infrared (IR) laser beam radiation focusing to heat a sample with image creation of the sample for analysis.
The Focal-πShaper NA_0.1_50_80_1064 combines collimation and beam shaping for fiber lasers with powers greater than 1 kW that are used in materials processing.
Achromatic, refractive field-mapping beam shapers πShaper 6_6_NUV, πShaper 6_6_VIS, and πShaper 6_6_NIR are optimized to operate, correspondingly, in near-UV, visual, and near...