Pixelated Polarizer PIX058C
Description
Pixelated polarizers are designed to align with CCD/CMOS camera arrays. Pixelated polarization enables real-time 3D imaging without camera image overlay. Traditional 3D imaging requires two images be taken with different polarizations and two cameras precisely aligned to each other. The resulting image data must then be carefully overlaid and aligned which requires added time, equipment, space, and precision. Pixelated polarizers enable real-time, clear imaging when speed and resolution is critical. Contact Moxtek for alignment options.
Pixelated Polarizer PIX058C
Specifications |
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|---|---|
| Substrate Material: | Fused Silica |
| Polarizing Material: | Nanoparticle Based |
| Shape: | Square |
| Size: | -- mm |
| Wavelength Range: | 400-700nm |
| Max Extinction Ratio: | >= 100:1 |
| Surface Flatness: | Not Available |
| Surface Quality (Scratch-Dig): | Not Available |
Features
- User defined geometries
- Low cross-talk
- Accurate registration
- Allow for single camera systems
Applications
- Polarimetry and 3D Cameras
- Biometric facial recognition
- Biological Analysis Cell differentiation
- Polarization Microscopy
- Polarized Fiber-optic Probes
- Remote Sensing
- Target discrimination
- Interferometry
- Pollution Detection
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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How to order?
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Ships from:
United States
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Frequently Asked Questions
Pixelated polarizers are used for real-time 3D imaging without camera image overlay.
Pixelated polarizers enable real-time imaging by eliminating the need for overlaying and aligning two images taken with different polarizations.
The benefits of using pixelated polarizers include user-defined geometries, low cross-talk, accurate registration, and the ability to use single camera systems.
Pixelated polarizers can be used for applications such as polarimetry and 3D cameras, biometric facial recognition, biological analysis cell differentiation, polarization microscopy, polarized fiber-optic probes, remote sensing, target discrimination, interferometry, and pollution detection.
Yes, there are different options available for pixel sizes. Standard options include 5.8µm, 6.5µm, 7.4µm, 8.0µm, and 9.0µm, and custom pitch sizes are also available.