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Optics

Optics

SLP offers a wide range of optical components that includes: Mirrors, Laser Windows, Lenses, Wave Plates, Mirrors, Prisms, Polarizing Optics, UV and IR Optics, Optical Filters. Complete assortment of optical components enables to find solution for various laser applications.

Mirrors

Dielectric and Metallic Laser Mirrors for Fixed, Narrowband or Broadband wavelength applications covering UV-IR. Wide range of Round, Customized Shapes as well as Plano, Spherical, Cylindrical Surfaces Mirrors and Substrates are available.

  • Substrate for Laser Mirrors
  • Elliptical Substrate for Laser Mirrors
  • Laser Line Mirrors
  • Dual Laser Line Mirrors
  • Broadband Laser Mirrors
  • Dichroic Mirrors
  • Metal Coated Flat Round/Rectangular/Spherical Mirrors
  • Aluminum/Silver/Gold Protected Mirrors
  • BK7/UVFS/Calcium/Magnesium Fluoride Dichroic Mirrors

Laser Windows

Wide selection of Laser Windows made from high quality UV FS, BK7 optical material. Round (Dia from 12.5-76.5mm, Thickness from 2-6mm) and Rectangular (from 15x20 to 50, 8x50x8mm, Thickness from 3-156mm).

  • Round/Rectangular windows
  • Precision Thin Round Windows
  • Precision Round/Rectangular Windows
  • Optical Flats

Lenses

Plano-convex, Plano-concave, Bi-convex, Bi-concave, Plano-convex cylindrical, Plano-concave cylindrical lenses made of BK7, UVFS or CaF2 optical material. Focal lengths vary from 1000 to 5000mm.

  • Plano-Convex Lens (Materials BK7/UVFS/CaF2)
  • Bi-Convex Lens (BK7/UFVS)
  • Plano Concave Lens
  • Biconcave Lens
  • Conical Lenses
  • Plano Concave/Convex Cylindrical Lenses
  • BK7/UVFS Series Lens Kit

Optical Filters

Include Color Glass filters, Neutral Density absorption type filters, Crystalline Materials for UV Bandpass Filters.

  • Crystalline material for optical UV band pass filters
  • ND Reflective type filters at 400-2000nm
  • ND Absorption type filters at 450-650nm
  • Color Glass Filters

Optical Prism

Wedge prisms, laser dispersing prisms, right angle optical prisms, corner cubes, Non-polarizing, fixed ratio cube beam splitters made of BK7, UV FS, SF6 or SF11 optical material.

  • Standard wedge prism
  • Laser dispersing prisms
  • Right angle prisms
  • Corner cubes, Poro Prism, Dove Prism
  • Non-polarizing cube beam splitters
  • Fixed ratio cube beam splitters

Polarizing Optics

Complete selection of components that modify the state of polarization of optical radiation.

  • Brewster windows
  • Round thin film laser polarizers
  • Rectangular thin film laser polarizers
  • Cube polarizing beam splitters
  • Natural calcite glan laser polarizing prisms
  • α-BBO glan laser polarizing prisms
  • Wollaston prisms, rochon polarizing prisms
  • Zero order optically contacted wave plates
  • Zero order air-spaced wave plates
  • Achromatic air-spaced wave plates
  • Zero order dual wavelength wave plates
  • Low order wave plates
  • Multiple order wave plates
  • Multiple order dual wavelength wave plates

UV & IR Optics

Substrates and finished optical components such as windows, lenses, and mirrors manufactured from lithium fluoride (LiF), magnesium fluoride (MgF2), calcium fluoride (CaF2), barium fluoride (BaF2), sapphire (Al2O3), zinc selenide (ZnSe), germanium (Ge) for UV and IR applications.

F-Theta Lenses

  • The F-Theta Lens is designed to provide a flat field on the image plane for scanning and engraving applications where a high power laser and set of rotating mirrors are used to scan across a given field.

Beam expander

  • Galilean type, compact or zoom beam expanders for 1064 nm, 532 nm and 355 nm wavelengths. F-Theta lens for scanning and engraving applications for 1064 nm, 532 nm wavelengths. Special form lens used to distribute energy of Gaussian beam to Top Hat profile - Gauss-to-Top Hat Beam Shaping Lens.
  • Zoom Beam Expanders: Compact Galilean type zoom beam expanders for Nd: YAG lasers fundamental and its harmonics wavelength: 1064nm, 532nm and 355nm.
  • Compact Beam Expanders: A laser beam expander is designed to increase the diameter of a collimated input beam to a larger collimated output beam.