Chemiluminescence Imager FM-CI-B102 offers high-resolution imaging performance of 3000 × 3000 with 9 megapixels, ensuring detailed and precise results. It features a depth-cooled high-sensitivity camera with a pixel size of 3.76 × 3.76 μm for clear and accurate imaging. It enables precise nucleic acid gel cutting to support detailed molecular analysis. It is designed for versatile research applications, making it an essential tool for advanced laboratory workflows.
$13,000.00
| Resolution | 3000×3000, 9 megapixels |
| Pixel Size | 3.76×3.76 μm |
| Cooling Temperature | Relative ambient temperature -40 ℃ |
| Shooting Area | Effective field of view for blotting film/protein gel: 136×136 mm (can be expanded to 200×200 mm if required) Effective field of view for nucleic acid gel: 200×200 mm. |
| Camera | Depth-cooled high sensitivity camera |
| Industrial Computer | 10.4 inches, 1024×768 Windows operating system |
| External Interface | 2 × USB 3.0 |
| Power Consumption | 100 W |
| Power Supply | 100 V to 240 V |
| Dimensions (L×W×H) | 400 × 371 × 700 mm |
| Net Weight | 25 kg |
1: How does the Chemiluminescence Imager FM-CI-B102 ensure accurate molecular analysis in research workflows?
The Chemiluminescence Imager FM-CI-B102 provides a 3000 × 3000 resolution with a 9-megapixel camera, enabling fine detection of molecular details. Its cooled, high-sensitivity camera minimizes noise for clear signals. This ensures reproducible imaging results crucial for advanced research.
2: Can the Chemiluminescence Imager FM-CI-B102 handle both protein and nucleic acid gels effectively?
Yes, the Chemiluminescence Imager FM-CI-B102 is designed with two adjustable fields of view: 136 × 136 mm for protein gels and up to 200 × 200 mm for nucleic acid gels. This flexibility supports versatile research applications. Researchers can switch seamlessly between blotting films and gels.
3: What role does the deep cooling function of the Chemiluminescence Imager FM-CI-B102 play in imaging quality?
The Chemiluminescence Imager FM-CI-B102 achieves a cooling temperature of –40 °C relative to ambient. This dramatically reduces background noise and enhances weak signal detection. As a result, faint protein bands and nucleic acid spots are captured with high clarity.
4: How does the Chemiluminescence Imager FM-CI-B102 support high-throughput or extended workflows in the lab?
With its integrated industrial computer and 10.4-inch Windows-based system, the Chemiluminescence Imager FM-CI-B102 allows seamless data capture and analysis. Dual USB 3.0 ports ensure fast data transfer. This makes it suitable for continuous, high-throughput experiments without workflow bottlenecks.
5: Why is the Chemiluminescence Imager FM-CI-B102 considered energy-efficient for continuous lab use?
The Chemiluminescence Imager FM-CI-B102 operates at just 100 W power consumption across a 100 to 240 V supply range. This reduces operational costs while supporting long imaging sessions. Its efficiency makes it ideal for labs balancing performance with sustainability.
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.