- All
- Scientific Imaging
- Enhanced Imaging
- Intelligent Imaging
- Space Imaging
- All
- Short-Wave Infrared (SWIR)
- Scientific CMOS (sCMOS)
- Scientific CCD (sCCD)
- All
- Low-Light / Cooled Cameras
- Microscopy Cameras
- Analytical Imaging Cameras
- Imaging Adapters
- All
- All-in-One Systems
- Autofocus Cameras
- Multi-Interface Output Cameras
- Intelligent Imaging Accessories
- All
- 400-1700 nm Band Cameras
- 400-2500 nm Band Cameras
- 900-1700 nm Band Cameras
- CQD 300-1700 nm Band Cameras
- All
- High Sensitivity Cameras
- High Speed Cameras
- High Resolution Cameras
- NIR-II In Vivo Imaging Cameras
- All
- E2V CCD261 Cameras
- All
- Cooled CMOS Cameras
- Cooled CCD Cameras
- All
- USB3.0 CMOS Cameras
- USB2.0 CMOS Cameras
- SCMOS/SPCMOS Cameras
- USB Handheld Microscopes
- USB3.0 CCD Cameras
- USB2.0 CCD Cameras
- All
- USB3.0 Interface Cameras
- GigE Interface Cameras
- 10GigE Interface Cameras
- CameraLink Interface Cameras
- CXP Interface Cameras
- Compact Multi-Interface Industrial Cameras
- Intelligent Control Platform Cameras
- Multi-Lens Mount Cameras
- All
- Microscopy Imaging Adapters
- Continuous Zoom Objectives
- Industrial / Machine Vision Lenses
- Microscopy Imaging Modules
- LED Light Sources
- Microscope Stands
- All
- Continuous Zoom All-in-One Systems
- All-in-One Systems with Display
- All
- Continuous Zoom Autofocus Digital Microscopes
- Canon EF Mount Autofocus Cameras
- C-Mount Autofocus Cameras
- All
- HDMI Multi-Interface Camera
- Network Multi-Interface Camera
- Modular Multi-Interface Camera
- Type-C Multi-Interface Camera
- All
- 1080P/4K Displays
- 1080P/4K Touchscreen Displays
- Continuous Zoom Objectives
- Light Source Series
Low-Light Imaging (Low-Light Imaging)
The Low-Light Imaging series is designed specifically for extremely low illumination, long exposure, and high signal-to-noise ratio scenarios, incorporating four major deep cooling camera platforms: MTR3CCD, MTR3CMOS, ITR3CMOS, and CTR3CMOS. All models feature built-in dual-stage or single-stage TEC thermoelectric cooling modules that can reduce sensor temperature to –10 °C to –50 °C in ambient laboratory environments, significantly suppressing dark current and thermal noise. Combined with anti-fogging optical windows and exposure time control up to 1 hour, these cameras ensure pristine detail capture even under weak light or fluorescence conditions.
Deep Cooling & Anti-Fogging
Dual-stage TEC achieves –40 °C/–50 °C temperature reduction (MTR3 series) or lightweight TEC –10 °C (CTR3CMOS); sensor window features anti-condensation structure for fog-free long exposure imaging
Multi-Sensor Coverage
Sony ExView HAD CCD, Exmor/Starvis CMOS, and GSENSE back-illuminated CMOS, resolution 0.5 MP – 45 MP, sensor formats 2/3″ – 1.8″
Multi-Interface High-Speed Output
USB 3.0 as mainstream; CTR3CMOS / ITR3CMOS additionally support GigE for convenient laboratory and production line data acquisition
Long Exposure Stability
Dark current as low as 0.03 e⁻/s/pix (–50 °C), combined with 12/14/16-bit output and black level correction, meeting scientific-grade noise requirements for 1 h cumulative exposure
High Spectral Sensitivity Versions
RGB / Mono / NIR enhanced options available, peak quantum efficiency >90 % (GSENSE BSI models); suitable for fluorescence microscopy, chemiluminescence, night sky backgrounds, weak light imaging
Cross-Platform SDK
Includes ToupView imaging software and Windows / Linux / macOS / Android SDK, compatible with DirectShow, Twain, supporting secondary development and automation scripts
Key Technical Features
| Highlight | Description |
|---|---|
| Deep Cooling & Anti-Fogging | Dual-stage TEC achieves –40 °C/–50 °C temperature reduction (MTR3 series) or lightweight TEC –10 °C (CTR3CMOS); sensor window features anti-condensation structure for fog-free long exposure imaging |
| Multi-Sensor Coverage | Sony ExView HAD CCD, Exmor/Starvis CMOS, and GSENSE back-illuminated CMOS, resolution 0.5 MP – 45 MP, sensor formats 2/3″ – 1.8″ |
| Multi-Interface High-Speed Output | USB 3.0 as mainstream; CTR3CMOS / ITR3CMOS additionally support GigE for convenient laboratory and production line data acquisition |
| External Triggering & ROI | ITR3CMOS/CTR3CMOS support hardware trigger, software trigger, and free-run modes, with programmable ROI, binning for multi-camera synchronization and high-speed sub-frame sampling |
| Long Exposure Stability | Dark current as low as 0.03 e⁻/s/pix (–50 °C), combined with 12/14/16-bit output and black level correction, meeting scientific-grade noise requirements for 1 h cumulative exposure |
| High Spectral Sensitivity Versions | RGB / Mono / NIR enhanced options available, peak quantum efficiency >90 % (GSENSE BSI models); suitable for fluorescence microscopy, chemiluminescence, night sky backgrounds, weak light imaging |
| Cross-Platform SDK | Includes ToupView imaging software and Windows / Linux / macOS / Android SDK, compatible with DirectShow, Twain, supporting secondary development and automation scripts |
| Scientific & Industrial Dual Certification | CE / FCC / RoHS certified; wide temperature design –20 °C–55 °C, capable of 24/7 continuous operation, adapting to both laboratory and industrial measurement environments |
Core Specifications
Application Fields
Leveraging the ultra-low noise, long exposure time, and sensitive spectral capabilities of this series, users can achieve significant advantages in the following applications: