- Provide Correction of Common Optical Aberrations
- 8 Control Channels Correspond to Zernike Modes
- Ideal for OCT and Ophthalmology Applications
- Transmissive Adaptive Optics for Wavefront Correction
- Visible AR Coating for >97% Transmission
- Ideal for Aberration Correction in Microscopy Applications
- 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)
- ±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
- Precise Electrically Controlled Retardance up to λ/2
- Manual or Computer Interface Control
- Easy Mounting with 8-32 Tapped Hole
- Continuous Focusability
- Easy System Integration with C-Mount Threads and Offset Lens Feature
- Industrial Hirose Connection with Temperature Sensing
- Optotune Focus Tunable Lenses 10mm Clear Aperture FPC Connector and Lens Drivers Also Available
- Multiple Imaging Lens Mounting Options
- Large Clear Aperture Ideal for Machine Vision Applications
- Industrial Hirose Connection with Temperature Sensing
- Integrated Temperature Control for Improved Thermal Effects
- Optotune Focus Tunable Lenses 10mm Clear Aperture Hirose Connector and Lens Drivers Also Available
- Continuous Focusability
- Tuning Range from 50mm to 120mm
- Low Dispersion (Abbe Number Vd = 100)
- Optotune Focus Tunable Lenses 10mm Clear Aperture Hirose Connector Also Available
- 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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