MTR3CCD09000KMA Low Light Imaging/Semiconductor Cooled Camera
Product Introduction
The MTR3CCD series features integrated multi-channel beam-splitting optics in USB3.0 CCD cameras designed for simultaneous multi-color fluorescence and multi-band imaging. Internal optical beam splitting (depending on model) separates different spectral bands/color channels from samples and acquires them synchronously, significantly improving imaging efficiency while avoiding timing errors and registration deviations from sequential filter switching. Equipped with high-sensitivity, low-noise CCD sensors, global exposure benefits data consistency for moving samples and live experiments. The built-in Ultra-Fine image processing engine ensures color reproduction and stable real-time preview.
The complete system features dual-stage thermoelectric cooling with closed-loop temperature control, allowing sensor operating temperature to be reduced approximately ΔT≈50 °C below ambient (depending on model), combined with anti-condensation structures to effectively suppress dark current and condensation, suitable for low-light and long exposure times (typically up to 3600 s, depending on model). USB3.0 (5 Gbit/s) high-speed link with (optional) built-in buffering ensures stable transmission of multi-channel large data volumes. Each channel supports independent exposure/gain/ROI/bit depth settings, facilitating fine optimization based on spectral line brightness differences. CNC aluminum alloy housing emphasizes long-term stable operation. Includes ToupView/ToupLite software and cross-platform SDK (Windows/Linux/macOS/Android), facilitating system integration and secondary development.
Key Features
- Integrated multi-channel beam-splitting optics (depending on model): Multi-band/multi-color synchronous acquisition, reducing registration and timing errors from sequential switching
- High-sensitivity low-noise CCD with Global Exposure, suitable for live/moving samples and low-light imaging
- Dual-stage TEC deep cooling, typical ΔT≈50 °C (below ambient, depending on model), significantly reducing dark current; anti-condensation optical structure suppresses condensation
- Optional protective windows: IR-CUT/dual AR coating (depending on model and application)
- USB3.0 (5 Gbit/s) high-speed transmission; (optional) built-in buffering ensures stable throughput of multi-channel large data volumes
- Long exposure: Typically up to 3600 s (depending on model), suitable for extremely weak fluorescence/chemiluminescence scenarios
- Independent channel parameters: Each channel can independently set exposure, gain, ROI, bit depth (12/16-bit depending on model) and readout mode
- Trigger and synchronization: Free-running, software/hardware trigger; supports multi-camera/light source/motion platform timing coordination
- Software functions: Channel registration, false color synthesis and overlay display (depending on software/model); Ultra-Fine color/gamma/contrast/LUT real-time processing
- Structure and interface: C-mount primary interface, CNC aluminum alloy housing, stable and durable, suitable for long-term continuous operation
- Software and ecosystem: Includes ToupView/ToupLite; provides Windows/Linux/macOS/Android SDK (compatible with DirectShow/TWAIN)
- Typical applications: Multi-color fluorescence microscopy, FISH/FRET, multi-band observation, biomedical imaging, materials and semiconductor multi-channel analysis
Product Details
| Key Parameters | |
| Model | MTR3CCD09000KMA |
| Sensor | ICX814ALG (M) |
| Effective Pixels / Resolution | 9.0MP (3388×2712) |
| Frame Rate (Full Resolution and Key Resolution Modes) | 4.4 fps@3388×2712; 4.4 fps@1694×1356 |
| Shutter Type | Rolling Shutter |
| Color Type | Monochrome |
| Imaging Performance | |
| Pixel Size | 3.69 µm × 3.69 µm |
| Sensor Size | 12.47 mm × 9.98 mm |
| Diagonal | 1" (15.96 mm) |
| Dynamic Range | TBD |
| Bit Depth | 8/14-bit |
| Sensitivity | 660 mV (1/30s), 12 mV dark current (F8.0) |
| Interface & Mechanical | |
| Data Interface | USB3.0 |
| GPIO | TBD |
| Lens Mount | C-mount |
| Dimensions | See dimensional drawings |
| Weight | TBD |
| Power Supply | USB3.0 interface power + external DC12V 3A cooling power |
| Environment & Certification | |
| Operating Temperature / Humidity | -10 °C ~ +50 °C / 30%~80%RH |
| Storage Temperature / Humidity | -20 °C ~ +60 °C / 10%~60%RH |
| OS Support | Windows/Linux/macOS/Android multi-platform SDK (native C/C++, C#/VB.NET, Python, Java, DirectShow, TWAIN, etc.) |
| Certification | CE, FCC |
Product Overview
MTR3CCD09000KMA is a scientific-grade cooled camera designed for low-light imaging and long exposure applications. It features the high-performance ICX814ALG (M) image sensor with the following characteristics:
Core Performance Indicators
Cooling Capability
42 °C below ambient temperature
Maximum Exposure Time
Up to 1 hour
Typical Dark Current
0.07 mV @ -20 °C
Resolution
9.0MP (3388×2712)
Scientific Application Features
Astronomical Observation
Ultra-low noise and long exposure capability suitable for capturing dim targets such as deep-sky objects, comets, and nebulae.
Spectral Analysis
High dynamic range and linear response for precise spectral information recording, suitable for Raman spectroscopy and fluorescence spectroscopy applications.
Bioluminescence Imaging
Extremely high sensitivity for capturing weak signals from bioluminescence and chemiluminescence, supporting in vivo imaging research.
Long-Term Monitoring
Stable cooling system and anti-condensation design support long-term unattended scientific observation.
Recommendation
The MTR3CCD09000KMA cooled camera, with its exceptional low-light detection capability, ultra-long exposure time, and scientific-grade image quality, is the ideal choice for astronomical observation, spectral analysis, bioluminescence imaging, and other low-light applications. Deep cooling technology effectively suppresses noise, while anti-condensation design ensures long-term stable operation, providing reliable imaging solutions for scientific research.
MTR3CCD09000KMA Product Manual
PDF format with detailed technical specifications and dimensional drawings
SDK Development Kit
Supports Windows, Linux, macOS and other platforms
3D Model Files
STEP format for mechanical design integration
Product Overview
Professional Features of MTR3CCD Series Cooled Imaging Cameras
The MTR3CCD series represents ToupTek Photonics' premium line of scientific-grade USB3.0 CCD cooled cameras, specifically engineered for low-light, fluorescence, and high-precision scientific imaging applications. Featuring Sony ExView HAD CCD high-performance image sensors coupled with dual-stage thermoelectric cooling modules, these cameras provide precise temperature control with cooling capabilities up to 50°C below ambient temperature, effectively suppressing dark current and thermal noise. The fully sealed metal construction with anti-condensation design, combined with Ultra-Fine color processing engine, delivers stable and reliable professional imaging solutions for scientific research and industrial inspection.
Core Features
Dual-Stage TE Cooling Technology
Temperature differential up to 50°C with software precision control
Anti-Condensation Sealed Design
No condensation at ultra-low temperatures, ensuring imaging quality
Sony ExView HAD CCD
High sensitivity and low noise, ideal for low-light long exposure
Ultra-Long Exposure Support
Up to 1-hour exposure time, high dynamic range imaging
Performance Parameter Highlights
Cooling Capacity
-50°C
Temperature ControlResolution Range
1.4-12 MP
Multiple SpecificationsExposure Time
0.06ms-1h
Ultra-Wide RangeData Bit Depth
14 bit
Scientific-Grade PrecisionIn-Depth Product Introduction
Dual-Stage Thermoelectric Cooling Technology
The MTR3CCD series incorporates advanced dual-stage thermoelectric cooling (TEC) technology, achieving ultra-low temperature control up to 50°C below ambient temperature. Through precision temperature control algorithms and efficient heat dissipation systems, sensor temperature can be precisely set and monitored through software. This deep cooling capability significantly reduces dark current and thermal noise in CCD sensors, enabling high signal-to-noise ratio clear images even during long exposure times and extremely low-light conditions. This makes it particularly suitable for astronomical photography, biological fluorescence imaging, and other applications that are extremely sensitive to noise.
Professional Anti-Condensation Sealed Design
The unique fully sealed metal construction design, combined with professional anti-condensation technology, ensures that the sensor surface will not experience condensation during ultra-low temperature operation. The sealed chamber is filled with inert gas, effectively isolating external moisture and preventing water vapor condensation. This design not only protects the sensor but more importantly ensures imaging quality stability. Even under high humidity environments or conditions with dramatic temperature changes, it continues to provide clear, fog-free high-quality images.
Sony ExView HAD CCD Sensor Technology
Utilizing Sony's most advanced ExView HAD CCD technology, which demonstrates extremely high quantum efficiency in visible light and near-infrared wavelength bands. ExView technology optimizes silicon structure to significantly enhance sensor response capability to long wavelength light, particularly in the near-infrared region. Combined with HAD (Hole-Accumulation Diode) technology's low-noise characteristics, the MTR3CCD series performs exceptionally well in low-light environments, making it ideal for high-sensitivity applications such as fluorescence imaging, Raman spectroscopy, and astronomical observation.
Precision Exposure Control and Trigger System
Supporting an ultra-wide exposure time range from 0.06 milliseconds to 1 hour, combined with 14-bit high-precision A/D conversion, capable of capturing the complete dynamic range from extremely bright to extremely dark. Multiple trigger modes include software trigger, external hardware trigger, and batch trigger, flexibly accommodating different experimental requirements. Precise timing control ensures the possibility of multi-camera synchronous operation, providing reliable hardware foundation for complex scientific experiments. Independent DC12V/3A power supply powers the cooling system, ensuring stable long-term operation.
Professional-Grade System Integration Solutions
Equipped with high-speed USB3.0 interface providing 5Gbps bandwidth to ensure real-time transmission of high-resolution images. Comprehensive SDK support covers Windows, Linux, macOS, and Android platforms, providing rich interfaces including C/C++, C#/VB.NET, Python, Java, DirectShow, and Twain. Aluminum alloy CNC precision-machined housing combined with low-vibration fan design maximizes heat dissipation effectiveness while minimizing mechanical vibration impact on imaging. Operating temperature range from -10°C to 50°C, humidity 30~80%RH, adapting to various harsh laboratory and industrial environments.
Applications
MTR3CCD Series Applications in Various Scientific Imaging Fields
MTR3CCD Series Core Advantages
Ultimate Cooling
-50°C dual-stage TE cooling
Anti-Condensation Design
Sealed structure protection
Low-Light Imaging
ExView HAD CCD
Ultra-Long Exposure
Up to 1 hour
14-bit Precision
Scientific-grade bit depth
Multiple Trigger Modes
Flexible synchronization control
Full Metal Housing
CNC machined vibration reduction
USB3.0 High-Speed
5Gbps stable transmission