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Active Optical Components

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ALPAO Deformable Modal Mirrors ALPAO Deformable Modal Mirrors New
  • Provide Correction of Common Optical Aberrations
  • 8 Control Channels Correspond to Zernike Modes
  • Ideal for OCT and Ophthalmology Applications
Dynamic Optics Deformable Lenses Dynamic Optics Deformable Lenses New
  • Transmissive Adaptive Optics for Wavefront Correction
  • Visible AR Coating for >97% Transmission
  • Ideal for Aberration Correction in Microscopy Applications
Optotune Beam Shifters Optotune Beam Shifters
  • Increase Resolution up to 4X with High Angular Position Accuracy
  • Fast Transition Times with Light-Weight and Compact Design
  • Optotune ICC-4C-2000 Controller Required (#23-717)
Optotune Fast Steering Mirror, Protected Silver Coated Optotune Fast Steering Mirrors
  • ±50° of Optical Scanning
  • Protected Gold or Silver, and VIS Dielectric Coated Mirror Options
  • Compact 45mm Diameter Housing Footprint
  • Control via USB, SPI, or Analog Input
Liquid Crystal Variable Waveplates (Retarders) Liquid Crystal Variable Waveplates (Retarders) Clearance
  • Precise Electrically Controlled Retardance up to λ/2
  • Manual or Computer Interface Control
  • Easy Mounting with 8-32 Tapped Hole
+5 to +10 diopters, VIS, Optotune Industrial Focus-Tunable Lens Optotune Focus Tunable Lenses 10mm Clear Aperture Hirose Connector
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Optotune Focus Tunable Lenses 16mm Clear Aperture Hirose Connector Optotune Focus Tunable Lenses 16mm Clear Aperture Hirose Connector
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Optotune Focus Tunable Lenses 10mm Clear Aperture FPC Connector Optotune Focus Tunable Lenses 10mm Clear Aperture FPC Connector
Optotune Fine Steering Mirrors Optotune Fine Steering Mirrors
  • Milliradian (mrad) Beam Steering Range With µrad Resolution
  • Metallic or Dielectric Coatings for Low to High Power Lasers
  • Ideal for Laser Wobbling Applications

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Active Optical Components are used to manipulate light through a variety of electrical methods, including adaptive reflection, variable diffusion, or tunable focusing. Active Optical Components are ideal for a wide variety life sciences, industrial, or research applications including for testing, illumination systems, wavefront manipulation, or microscopy. Active optics can also be used to replace complex optical systems with more compact, efficient alternatives, which can help reduce system size or remove the need for multiple systems or additional components.

Edmund Optics offers a wide variety of Active Optical Components, including liquid lenses, variable diffusers, or laser speckle reducers, in addition to adaptive optics such as deformable mirrors. Focus-tunable lenses are liquid lenses that utilize a control current to adjust focus, removing the need for multi-lens focus or zoom systems. Adaptive optics, including deformable mirrors, are used to manipulate the wavefront in order to improve the quality of an optical system.

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