Allied Vision Unveils New Mako GigE Vision Camera with Sony Polarization Filter Tech
Allied Vision has announced the addition of a new camera model to its compact and rugged Mako G series. The latest offering, the Mako G-508B POL, incorporates advanced polarization filter technology from Sony’s IMX250MZR 5-megapixel CMOS sensor.
Leveraging Polarization for Enhanced Imaging
The IMX250MZR sensor utilizes cutting-edge four-directional polarization filtering. Its on-chip nanowire polarizing layer allows each pixel to capture polarized light across four orientations (0°, 45°, 90°, and 135°). This setup enables the system to compute both intensity and polarization angle for every pixel.
This technology significantly improves visibility by:
- Reducing reflections that obscure surface inspection
- Enhancing contrast in low-light conditions for better shape detection
- Enabling material property analysis such as stress or composition
Unlike traditional polarization imaging systems, the Mako G-508B POL eliminates the need for manual filter adjustments. This design simplifies system integration and reduces overall costs.
Key Specifications of the Mako G-508B POL
Parameter | Value |
---|---|
Model | Mako G-508B POL |
Sensor | Sony IMX250MZR |
Sensor Type | CMOS |
Shutter | Global shutter |
Sensor Size | 2/3" |
Pixel Pitch | 3.45 μm × 3.45 μm |
Resolution | 5.0 Megapixel (2464×2056) |
Frame Rate | 23.7 fps |
Default Lens Mount | C-Mount |
Why Choose Mako G Cameras?
These cameras deliver exceptional value through:
- Ultra-compact industrial design
- Reliable GigE Vision interface for seamless integration
- Flexible system capabilities including multiple I/O options
The series continues to evolve, supporting both CCD and CMOS sensors with high-quality imaging performance. The Vimba SDK facilitates easy implementation across various vision applications.
Download Resources
- Allied Vision’s Mako Camera Brochure (40 KB)
- Product Specifications (682 KB)
For more information on polarization imaging or the full range of Mako cameras, please visit our website.
Last Updated: 2025-09-04 17:16:04