Optosigma Lenses are precision optical components for focusing, collimating, and beam-shaping, available in plano-convex, biconvex, plano-concave, biconcave, achromatic doublet, and aspheric configurations in UV-grade fused silica, BK7, and other optical glass types.
Optosigma Lenses provide precision focusing and collimating for laser beams, imaging systems, and optical instruments. The catalog spans from simple singlet lenses to achromatic doublets that correct chromatic aberration, and aspheric lenses that eliminate spherical aberration for demanding laser and imaging applications.
Lens types from Optosigma:
– Plano-convex (PCX): focusing or collimating; minimal spherical aberration when oriented correctly; standard for laser beam shaping
– Biconvex (DCX): symmetric design; used for object and image at similar distances
– Plano-concave (PCV) and biconcave (DCV): beam expansion and divergence; used with convex lenses to adjust focal length
– Achromatic doublets: two-element cemented lens correcting chromatic aberration; used in broadband imaging and illumination
– Aspheric lenses: single-element lenses with non-spherical surface profile; near-diffraction-limited performance; used for high-power laser focusing and fiber coupling
– Cylindrical lenses: one-dimensional focusing; used for line generation and beam shaping in laser diode collimation
Substrate options include BK7 borosilicate glass (standard, visible), UV-grade fused silica (UV through NIR, low absorption), and N-BK7/N-SF11 for specialized designs.
NewRoad provides Optosigma lenses in Israel for laser systems, microscopy, imaging instruments, and fiber coupling applications.
Optosigma (Japan) - precision optical components
Plano-convex, biconvex, plano-concave, biconcave, achromatic doublet, aspheric, cylindrical
BK7 borosilicate glass; UV-grade fused silica; N-BK7; N-SF11
Wide range from 5 mm to 1000 mm depending on type and diameter
AR coatings available for UV, visible (400-700 nm), and NIR (650-1050 nm, 1050-1700 nm) ranges
Laser beam focusing and collimating, fiber coupling, imaging, illumination, beam expansion, microscopy
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