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UV fused silica offers high transmittance in the deep UV and virtually no laser-induced fluorescence (measured at 193 nm), making it ideal for applications from the UV to the near-infrared.

This series of negative cylindrical lenses offers excellent unidirectional beam expansion, making them useful for shaping light in one dimension along the light source. A typical application is converting a collimated laser beam into a line beam using a single cylindrical lens. Using a pair of cylindrical lenses can also achieve distorted beam shaping. To minimize spherical aberration, the curved surface of the lens should be oriented toward the light source when diverging the beam.

plano concave cylindrical lens
concave cylindrical lens
concave cylindrical lenses

Technical parameters with K9 Plano Concave Cylindrical Lenses

Substrate Material quartz
Design Wavelength 587.6 nm
Center Thickness Tolerance ±0.2 mm
Diameter Tolerance +0.0/-0.1 mm
Focal Length Tolerance ±2%
Clear Aperture >90% Diameter
Surface Quality 60-40
Lens Centering Error 3' - 5'
Chamfered Edge 0.2 mm x 45°
Coating Uncoated@185nm - 2.1µm; UV@250-400nm

spectral curve with Plano Concave Cylindrical Lens

quartz window 1
UV COATED
Available Sizes with Plano Concave Cylindrical Lenses
Dimensions (x*y) mm Focal Length (f) -mm Edge Thickness (h) mm Center Thickness (Tc) mm Coating
10*10 12.7/20/25/40 4.84/3.49/3.15/2.7 2 UV
10*10 50/75/100/150 2.55/2.37/2.27/2.18 2 UV
10*10 200/250/300 2.14/2.11/2.09 2 UV
20*10 12.7/20/25/40 4.84/3.49/3.15/2.7 2 UV
20*10 50/75/100/150 2.55/2.37/2.27/2.18 2 UV
20*10 200/250/300 2.14/2.11/2.09 2 UV
30*20 25/50/75/100 7.87/4.3/3.49/3.1 2 UV
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