C-Mount ND Filters

DAT-NDSET
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  • DAT-NDSET
  • DAT-NDSET2
  • DAT-ND-0.5

Reference number: DAT-NDX

Enhance the versatility of your DataRay WinCamD and BladeCam beam profiling cameras with DataRay's C-mount Neutral Density (ND) filters. Designed for precise beam attenuation, these stackable filters feature a 3° angle to minimize etalon effects and are ideal for a wide range of laser measurement applications. Available individually or in convenient sets, they ensure optimal signal levels for accurate beam analysis.

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Optical Test & Measurement Team
Phone: +49 8153 405-11

Description

Optimize your beam profiling with DataRay's C-mount ND (Neutral Density) filters. Perfect for WinCamD and BladeCam cameras, these stackable filters provide precise laser beam attenuation, featuring a 3° angle to prevent etalon effects. Available in individual ND values and comprehensive sets (3 or 6 filters), our ND filters are essential for accurate laser measurement and analysis. Explore transmission curves and enhance your beam profiling capabilities.

Key Features:

  • C-mount threaded and stackable holder: Easily integrate and combine filters for varied attenuation levels.

  • Designed for WinCamD and BladeCam cameras: Seamless compatibility with your existing DataRay beam profiling equipment.

  • 3° angle to axis: Minimizes etalon effects, ensuring more accurate measurements.

  • Includes cap with alignment target: Protects filters and aids in system alignment.

  • ND value specified at 675 nm: Provides a clear reference for filter performance.

  • Available in sets: Choose from a 3-filter set (ND 1, ND 2, ND 3) or a 6-filter set (ND 0.5, ND 1, ND 2, ND 3, ND 4, ND 5) for comprehensive attenuation options.

  • See charts for ND filter transmission curves: Access detailed performance data for informed selection.

Applications:

  • Attenuating high-power laser beams: Safely reduce beam intensity for optimal camera sensor performance.

  • Preventing camera sensor saturation: Ensure accurate measurements even with bright light sources.

  • Expanding the dynamic range of beam profilers: Capture a wider range of beam intensities without saturation or noise.

  • Optimizing signal-to-noise ratio: Achieve clearer and more reliable beam profiles.

  • General laser power reduction in optical setups: Versatile for various laboratory and industrial applications.