Basic specifications
Material: | Fused Silica, Optical Glass, Plastics | |
Spectral range: | 193 nm to 3.5 μm | |
Micro Lens Dimension: | 10 μm to 4000 μm | |
Functional Lens Shape: | Positive, Negative; Spherical, Aspherical | |
Surface Roughness: | less than 10 Angstrom ( Å ) | |
Numerical Aperture: | 0.004 - 0.45 | |
Array Pattern: | Hexagonal, Orthogonal, Square, Circular, Cylindrical, Irregular, etc. | |
Lens Positioning: | ± 0.2 μm | |
Focal Lenght Variation: | ± 2% within 100 mm array dimension | |
Array Dimension: | Typically 4'' x 4'', up to 6'' x 6'' | |
Packing Density: | above 90 % |

Key advantages of [aμs] Microoptics vs. Standard Optics |
Highly Effective Shaping of Beam Cross Section.
Highly Efficient Intensity Profiling.
Simple and Highly Efficient Beam Multiplexing.
Highly Effective Bundling of Multiple Beams.
Efficient Collimation of Diode Laser Emission.
Higher Efficiency of Photosensitive Devices.
Higher Effectiveness of Fiber Systems.
Higher Precision of Measuring Systems.
Improvement of Traditional Optical Schemes.
Novel Optical Schemes.
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