レーザーEXPO G-02
asphericon assists its customers from the initial optical design, through manufacturing and coating, precision metrology, optical characterization to the assembly of optical modules to complete ready-made systems - everything at a space approved quality level.
The a|TopShape is an innovative beam shaper, which transforms collimated Gaussian beams into collimated Top-Hat beams and works from 350nm to 1600nm.
The a|AiryShape and a|SqAiryShape are optimized for wavelengths from 300nm to 1600nm and enable with a focusing lens the transformation of collimated Gaussian beams into different focused/squared beam profiles (e.g. Top-Hat, Donut).
-Design wavelengths [nm]: 355, 532, 632, 780, 1064
-Wavelength range [nm]: 355, 500 – 1600
-Expansion: up to 32x (230 intermediate stages possible)
-Quality: Diffraction-limited wavefront
With latest technologies we manufacture optical components in various shapes for all wavelengths, using a wide range of materials from more than 100 glasses, crystals, polymers and ceramics to semiconductors and metals.
asphericon assists its customers from the initial optical design, through manufacturing and coating, precision metrology, optical characterization to the assembly of optical modules to complete ready-made systems - everything at a space approved quality level.
The a|TopShape is an innovative beam shaper, which transforms collimated Gaussian beams into collimated Top-Hat beams and works from 350nm to 1600nm.
The a|AiryShape and a|SqAiryShape are optimized for wavelengths from 300nm to 1600nm and enable with a focusing lens the transformation of collimated Gaussian beams into different focused/squared beam profiles (e.g. Top-Hat, Donut).
-Design wavelengths [nm]: 355, 532, 632, 780, 1064
-Wavelength range [nm]: 355, 500 – 1600
-Expansion: up to 32x (230 intermediate stages possible)
-Quality: Diffraction-limited wavefront
With latest technologies we manufacture optical components in various shapes for all wavelengths, using a wide range of materials from more than 100 glasses, crystals, polymers and ceramics to semiconductors and metals.