Venuslab ExView MTR3 Camera

Product image of Venuslab ExView MTR3 Camera
Product image of Venuslab ExView MTR3 Camera
Schematic diagram of the rear panel interface of the Venuslab ExView MTR3 Camera

High-end imaging equipment dedicated to scientific research and precision testing

  • Dual-stage semiconductor deep refrigeration technology
  • High-sensitivity and low-noise architecture
  • High-speed interface and full-scenario compatibility
  • Industrial-grade durable design

Overview

Introduction to Venuslab ExView MTR3 Camera:


The Venuslab ExView MTR3 Camera is a scientific-grade device specifically designed for low-light high-fidelity imaging scenarios. It is equipped with Sony ExView HAD or HAD CCD sensors, with resolutions ranging from 1.4 million to 6 million pixels. Adopting a two-stage thermoelectric cooling system, it can lower the sensor temperature to 30-50℃ below the ambient temperature. Combined with an anti-fog structure and an integrated heat pipe for efficient heat dissipation design, it can significantly reduce dark current noise and avoid the impact of low-temperature fogging. The camera is equipped with a standard C interface to adapt to mainstream optical equipment, achieves high-speed data transmission of 5Gbps through a USB3.0 interface, and supports long-time exposure from 0.06ms to 1 hour as well as software/external trigger modes. It is equipped with the Ultra-Fine™ color processing engine and 16-bit signal acquisition, which can accurately restore image details and colors. It provides multi-platform SDKs for Windows/Linux/OSX and ToupView image processing software, supporting rich functions such as image measurement and filtering enhancement. It is widely applicable to scientific research and precision detection scenarios such as fluorescence microscopy imaging, cell observation, semiconductor defect detection, and astrophotography, and can operate stably in a wide temperature environment of -10℃~50℃.


Features:


  • Standard C interface, equipped with a Sony ExView HAD CCD II sensor with 1.4 million - 12 million pixels;
  • Two - stage thermoelectric cooling + controllable fan, the sensor temperature can drop to 40℃ below the ambient temperature, and stabilize to the set temperature within 5 minutes;
  • Intelligent structure temperature control to prevent fogging, equipped with IR - CUT/AR coating window, supporting 1 - hour long exposure;
  • USB3.0 (5Gbps) high - speed data transmission, Ultra - Fine color engine to restore accurate colors;
  • Providing multi - system SDKs for Windows/Linux/Mac and various control APIs such as C/C++, C#.


Dimension:

Schematic diagram of the external dimensions of the Venuslab ExView MTR3 Camera. The camera housing is made of hard aluminum alloy through CNC precision machining. A high-quality IR-CUT or double-sided AR protective glass is installed at the front end of the camera sensor, which mainly functions to filter out infrared light waves in imaging and protect the camera sensor at the same time. Venuslab's TE-cooled cameras have good sealing performance, and after the camera's cooling fan is vibration-damped, there will be no image blurring caused by fan vibration.

Specifications

Packing List

Explore Series

ModelBinningPix(μm) G Sensitivity Dark SignalPix(μm)G Sensitivity Dark Signal ExposureFPS/Resolution Sensor & Size(mm) FPS/ResolutionBinning
MP112000A-3.1×3.1 --420mv with 1/30s 15.2mv with 1/10s0.06ms - 1h3.6@2448×2816 6.6@1224×141612M/ICX884AQG(C) 1/3" (3.5×3.7) -1×1 2×2MM112000A-3.1×3.1 --420mv with 1/30s 15.2mv with 1/10s0.06ms - 1h3.6@2448×2816 6.6@1224×141612M/ICX884ALM(G) 1/3" (3.5×3.7) -1×1 2×2MP109000A1×1 2×2-580mv with 1/30s 8.2mv with 1/10s3.69×3.69-0.06ms - 1h-9M/ICX474AQG(C) 1/2.7" (3.9×4.8)4.4@3088×2572 4.6@1544×1286-MM109000A-3.69×3.69--660mv with 1/30s 8.2mv with 1/10s0.06ms - 1h4.4@3088×2572 4.6@1544×12869M/ICX474ALM(G) 1/2.7" (3.9×4.8)-1×1 2×2 MP106000A-4.54×4.54--800mv with 1/10s 8.8mv with 1/10s0.06ms - 1h7.5@2748×2302 12.6@1374×11526M/ICX695AQG(C) 1/2.8" (3.9×5.9)-1×1 2×2MM106000A-4.54×4.54--1000mv with 1/30s 8.8mv with 1/10s0.06ms - 1h7.5@2748×2302 12.6@1374×11526M/ICX695ALM(G) 1/2.8" (3.9×5.9)-1×1 2×2MP102800A-4.54×4.54--800mv with 1/30s 9mv with 1/30s0.05ms - 1h15.6@1936×1412 17@968×7022.8M/ICX674AQG(C) 2/3" (8.8×6.6)-1×1 2×2MM102800A-4.54×4.54--950mv with 1/30s 9mv with 1/30s0.05ms - 1h15.6@1936×1412 17@968×7022.8M/ICX674ALM(G) 2/3" (8.8×6.6)-1×1 2×2MP101400A-6.45×6.45--1240mv with 1/30s 10mv with 1/30s0.07ms - 1h15@1360×10241.4M/ICX825AQG(C) 2/3" (8.8×6.6)-1×1 MM101400A-6.45×6.45--1300mv with 1/30s 10mv with 1/30s0.07ms - 1h15@1360×10241.4M/ICX825ALM(G) 2/3" (8.8×6.6)-1×1MP101400B-6.45×6.45--2000mv with 1/30s 10mv with 1/30s0.07ms - 1h8.8@1376×10401.4M/ICX825AQM(C) 2/3" (8.8×6.6) -1×1MM101400B-6.45×6.45 --2000mv with 1/30s 10mv with 1/30s0.07ms - 1h8.8@1376×1040 1.4M/ICX825ALM(G) 2/3" (8.8×6.6) -1×1
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