Super High-Definition Microscope Refrigerated Camera MHS700-C (Black and White)
Microscope Cooling Camera MHS700-C (B/W) Specifications Configuration：
| MHS700-C (Black & White) Camera Specifications
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Effective Pixels
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7.1 million
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Chip size
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1.1“
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Data Interface
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USB3.0
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Similar unit size
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4.54μmx4.54μm
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Resolution
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12@3200x2200 33@1600x1100
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White Balance
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ROI White Balance / Manual Temp-Tint Adjustment / Black and White Camera Not Available
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Color Retention Technology
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Ultra-Fine Color Processing Engine
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Capture/Control SDK
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Native C/C++, C#, DirectShow, Twain, and LabVIEW
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Recording Method
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Images and Videos (triggered by software or hardware)
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Cooling Method*
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Two-stage refrigerant cooling system, below ambient temperature by 42 degrees (variable depending on sensor model)
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Camera Working Environment
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Operating Temperature (in Celsius)
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-10~ 50
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Storage Temperature (Celsius)
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-20~ 60
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Working Humidity
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30~80%RH
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Storage humidity
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10~60%RH
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Power Supply
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The camera is powered via USB 3.0 (compatible with USB 2.0) The refrigeration module is powered by an external power supply, DC 12V, 3A.
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Software Operating Environment
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Operating System
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Microsoft® Windows® XP/Vista/7/8/10/11 (32-bit & 64-bit) OS X (Mac OS X) Linux
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Computer Configuration
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CPU: Intel Core 2 2.8GHz or higher
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Memory: 2GB or higher
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USB Interface: USB 3.0 High-Speed Port, Compatible with USB 2.0 Interface
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Monitor: 17" or larger
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CD-ROM
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The MHS700-C (Monochrome) Cryogenic Camera for Microscopes is equipped with high-performance image sensors like Sony Exmor CMOS. To combat the inherent thermal noise of the sensor, it features a specially designed efficient cooling module that lowers the sensor's operating temperature to as low as -40 degrees Celsius below ambient temperature. The anti-fog structure design and temperature control significantly reduce image noise, ensuring the highest possible photoelectric conversion quantum efficiency under minimal video or image noise, thus guaranteeing image quality acquisition. Easy and quick to operate, it comes with powerful imaging software. This microscope camera is not only compatible with our company's microscopes but also flexible with other domestic and imported brands that use infinity-corrected optical systems. It is used for capturing and analyzing weak light or fluorescence images, live cell imaging, GFP or RFP analysis, failure analysis, fluorescence in situ hybridization (FISH), and other high-color-demand fields. With stable performance and high cost-performance, it is an excellent choice for laboratory teaching, medical industries, and more. Ultra-High-Definition Cryogenic Camera for Microscopes MHS700-C (Monochrome)
