Multispectral Imager FM-MI-A101 offers a 6-megapixel resolution for clear and detailed imaging across multiple spectral channels. This is equipped with a front-illuminated CCD sensor, providing enhanced sensitivity and image quality. It delivers high performance with exposure times of up to an hour, ensuring detailed imaging in various conditions. Our imager is incorporated with an electronic lens for precise focus control and enhanced image clarity.
| Resolution | 6 Megapixels |
| Sensor | Front illuminated CCD |
| Linear Range | 4.8 OD |
| Temperature | -30°C regulated |
| Pixel Size | 4.54 × 4.54 μm |
| Pixel Density | 16-bit (65,536 Grey scales) |
| Lens | F0.95 as standard (optional F0.8) Auto focus |
| Sample tray | Electronic Lifting Platform for multiple membrane sizes |
| Protein gel illumination | Electronic Lifting White LED Transmission |
| DNA/RNA detection | Electronic Lifting Blue LED Transmission |
| Dimensions(L×W×H) | 520 × 560 × 1100 mm |
| Weight | 50kg |
Multispectral Imager FM-MI-A101 is widely used in biological research, material analysis, and environmental studies. It excels in applications that require high-precision spectral imaging and detailed data collection.
Industrial computer
Fison UV Trans illuminators comes with 04 light filters which ensures uniform light distribution during operations. They have an observation board and an adjustable UV blocking shield that aids in safe and user-friendly observation. The UV intensity is 20µW/cm2 when the sample is 20cm away, and they support real-time observation. These also come with a fixed camera port rack that makes it easier to take images of the gel. Our UV trans illuminators are more intuitive and safer for UV light examination across research institutes, molecular biology, medicine and tissue culture laboratories.
Fison Chemiluminescence Imager is a specialized device used to detect and visualize chemiluminescent signals in various scientific applications. Their high-resolution imaging allows the imager to capture clear, detailed images with precise accuracy. They offer high sensitivity for low-light detection, enabling the capture of precise signals. The automated workflow ensures efficient, consistent results with minimal manual effort. Our imager is equipped with software for precise analysis and quantification of results.
Fison Gel Doc Imaging System is used for capturing high-resolution images of gel-based experiments, such as electrophoresis. The system features a powerful camera that provides high-resolution images for accurate analysis. They have integrated software that allows for image analysis, data quantification, and easy documentation. Their ability to visualize gels under different light conditions enhances detection sensitivity. Our Gel Doc Imaging System has automated settings that ensure consistent and reproducible results with minimal user intervention.
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