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Model | ACG-I6T |
---|---|
Pixel | 9 million pixels |
Cooling Temperature | -65℃ |
Photosensitive Efficiency | High QE: >95% |
Pixel Size | 3.74μm×3.74μm |
Binning | 1×1 2×2 4×4··· 24×24 |
Exposure | 1ms-120min |
Image Density | 16 bit (0-65535 colors) |
Dynamic Range | ≥4.8 orders of magnitude |
Electric Lens | F=0.95 Auto focus lens optional F0.8 |
White Light Reflection | LED reflection (cold light) |
Shooting Area | Max.shooting area: 16x14cm |
Timed Close | 1~60 minutes |
Touch System | Built-in 12.5-inch high-performance touch computer |
Sizes(W×D×H)(mm) | 362x360x566 |
Shipping Size (W×D×H)(mm) | 470x460x670 |
N.W./G.W. (kg) | 17.8/21 |
High-pixel images ensure that fine details are captured in gel electrophoresis and bioanalytical experiments.
Cryogenic cooling system is advantageous for detection of low-intensity signals.
High photographic efficiency makes the system more sensitive to imaging in low-light conditions, helping to detect low-concentration samples.
A wide range of exposure times makes it suitable for different experiments, including fast gel electrophoresis and long-duration experiments.
High dynamic range helps to accurately capture the difference between strong and weak signals, improving data accuracy and reliability.
The LED cool light reflection system helps reduce heat generation, making imaging results more reliable.
Model | ACG-I6T |
---|---|
Pixel | 9 million pixels |
Cooling Temperature | -65℃ |
Photosensitive Efficiency | High QE: >95% |
Pixel Size | 3.74μm×3.74μm |
Binning | 1×1 2×2 4×4··· 24×24 |
Exposure | 1ms-120min |
Image Density | 16 bit (0-65535 colors) |
Dynamic Range | ≥4.8 orders of magnitude |
Electric Lens | F=0.95 Auto focus lens optional F0.8 |
White Light Reflection | LED reflection (cold light) |
Shooting Area | Max.shooting area: 16x14cm |
Timed Close | 1~60 minutes |
Touch System | Built-in 12.5-inch high-performance touch computer |
Sizes(W×D×H)(mm) | 362x360x566 |
Shipping Size (W×D×H)(mm) | 470x460x670 |
N.W./G.W. (kg) | 17.8/21 |
High-pixel images ensure that fine details are captured in gel electrophoresis and bioanalytical experiments.
Cryogenic cooling system is advantageous for detection of low-intensity signals.
High photographic efficiency makes the system more sensitive to imaging in low-light conditions, helping to detect low-concentration samples.
A wide range of exposure times makes it suitable for different experiments, including fast gel electrophoresis and long-duration experiments.
High dynamic range helps to accurately capture the difference between strong and weak signals, improving data accuracy and reliability.
The LED cool light reflection system helps reduce heat generation, making imaging results more reliable.