Product Details
| Model | ORCA-Quest |
| Brand | HAMAMATSU |
| Category | Microscope cameras |
| Posted | 29.11.2025 |
| Views | 176 |
Product Specifications
- Digital Microscope cameras
- Yes
- Analog Microscope cameras
- Yes
- Hyperspectral Microscope cameras
- Yes
- HDR Microscope cameras
- Yes
New HAMAMATSU ORCA-Quest
Condition:: New
Warranty (month):: 1
Availability:: In stock
Shipping from:: 
USA
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Description
Hamamatsu ORCA-Quest 2 qCMOS CN: ORCA-Quest2-KIT
Overview
The Hamamatsu ORCA-Quest 2 (ORCA-Quest2-KIT) is a quantitative CMOS (qCMOS) camera, delivering photon number resolving capability with unprecedented sensitivity. It features a back-illuminated Gen-III qCMOS sensor, offering 95% peak quantum efficiency (QE), 0.3 e- read noise, and up to 120 fps full-frame (CoaXPress). Designed for ultra-low-light imaging and precise photon detection, the ORCA-Quest 2 outperforms traditional EMCCD and sCMOS sensors in quantum-level and scientific imaging applications.
This updated version replaces the original ORCA-Quest, improving photon number resolving mode performance from 5 fps to 25 fps, with enhanced UV quantum efficiency and superior readout noise control.
Condition
✔ New with Manufacturer Warranty
Included Items
Hamamatsu ORCA-Quest 2 qCMOS Camera
USB 3.0 Card & Cable
Power Supply
3-meter Trigger Cable
Attached Mounting Baseplate
HCImage Live Software for PCs
Key Features
Photon Number Resolving qCMOS Technology: First of its kind for single-photon counting and quantitative analysis.
Back-Illuminated Gen-III qCMOS Sensor: Achieves 95% QE for superior photon detection in extreme low-light conditions.
Ultra-Low Read Noise: 0.3 e- rms, setting a new benchmark in sensitivity for quantitative imaging.
High-Speed Imaging: 17.6 fps full-frame (USB 3.0) and up to 120 fps with CoaXPress for rapid data acquisition.
Trench Isolation Pixel Structure: Improves image sharpness while enhancing red and near-IR sensitivity.
Dual Connectivity: Supports USB 3.0 and high-speed CoaXPress for flexible integration.
Patented Light Sheet Readout Mode: Optimized for advanced fluorescence and quantitative microscopy.
Air or Water Cooling Options: Maintains performance stability during extended imaging sessions.
Fusion Emulation Mode: Ensures compatibility with Fusion workflows for greater versatility.
Applications
Quantum Imaging & Photon Counting
Single-Molecule Fluorescence
Ultra-Low Light Microscopy
Light-Sheet Microscopy
Super-Resolution Microscopy
High-Speed Spectroscopy
Biophysics & Live-Cell Imaging
Overview
The Hamamatsu ORCA-Quest 2 (ORCA-Quest2-KIT) is a quantitative CMOS (qCMOS) camera, delivering photon number resolving capability with unprecedented sensitivity. It features a back-illuminated Gen-III qCMOS sensor, offering 95% peak quantum efficiency (QE), 0.3 e- read noise, and up to 120 fps full-frame (CoaXPress). Designed for ultra-low-light imaging and precise photon detection, the ORCA-Quest 2 outperforms traditional EMCCD and sCMOS sensors in quantum-level and scientific imaging applications.
This updated version replaces the original ORCA-Quest, improving photon number resolving mode performance from 5 fps to 25 fps, with enhanced UV quantum efficiency and superior readout noise control.
Condition
✔ New with Manufacturer Warranty
Included Items
Hamamatsu ORCA-Quest 2 qCMOS Camera
USB 3.0 Card & Cable
Power Supply
3-meter Trigger Cable
Attached Mounting Baseplate
HCImage Live Software for PCs
Key Features
Photon Number Resolving qCMOS Technology: First of its kind for single-photon counting and quantitative analysis.
Back-Illuminated Gen-III qCMOS Sensor: Achieves 95% QE for superior photon detection in extreme low-light conditions.
Ultra-Low Read Noise: 0.3 e- rms, setting a new benchmark in sensitivity for quantitative imaging.
High-Speed Imaging: 17.6 fps full-frame (USB 3.0) and up to 120 fps with CoaXPress for rapid data acquisition.
Trench Isolation Pixel Structure: Improves image sharpness while enhancing red and near-IR sensitivity.
Dual Connectivity: Supports USB 3.0 and high-speed CoaXPress for flexible integration.
Patented Light Sheet Readout Mode: Optimized for advanced fluorescence and quantitative microscopy.
Air or Water Cooling Options: Maintains performance stability during extended imaging sessions.
Fusion Emulation Mode: Ensures compatibility with Fusion workflows for greater versatility.
Applications
Quantum Imaging & Photon Counting
Single-Molecule Fluorescence
Ultra-Low Light Microscopy
Light-Sheet Microscopy
Super-Resolution Microscopy
High-Speed Spectroscopy
Biophysics & Live-Cell Imaging
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