Teledyne Photometrics Cameras
Teledyne Photometrics scientific cameras are purpose-built for life science and advanced research imaging applications such as fluorescence imaging, luminescence, and light-sheet microscopy. These cameras deliver exceptional sensitivity, low noise performance, and high dynamic range to enable accurate quantitative imaging and detection of weak signals.
Across the portfolio, Photometrics cameras help researchers and instrument designers accelerate experiments, improve data integrity, and simplify system design in demanding microscopy and scientific imaging environments.
Teledyne Photometrics Iris USB 3.0 Cameras
- High-speed USB 3.0 Connectivity
- Small 4.25µm Pixels Across Large Arrays
- Scientific Cameras for High Sensitivity Microscopy Applications
Teledyne Photometrics Prime BSI Express USB 3.2 Cameras
- Highly Sensitive Back-Illuminated sCMOS for Scientific Applications
- 95% QE and Ultra-Low 1.0 e⁻ Read Noise
- 95 fps Over USB 3.2
- Scientific Cameras for High Sensitivity Microscopy Applications
Teledyne Photometrics Iris PCIe Cameras
- High Resolution Imaging Even at Low Magnifications
- Small 4.25µm Pixels Across Large Arrays
- Advanced Triggering
- Scientific Cameras for High Sensitivity Microscopy Applications
Teledyne Photometrics Moment USB 3.2 Cameras
- Ultra-Compact CMOS
- Low Noise, High Speed Imaging
- True Global Shutter
- Scientific Cameras for High Sensitivity Microscopy Applications
Teledyne Photometrics Retiga E USB Cameras
- Long Exposure CMOS (Over 60 Minutes)
- Feature Extended Dynamic Range (EDR)
- Dual Imaging Modes for Flexibility
- Scientific Cameras for High Sensitivity Microscopy Applications
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