Product Description
The Chemiluminescence Imager Mini, available in models YG1702 and YG1703, is a breakthrough in scientific imaging technology. Both models are equipped with a Cooled CCD Camera, offering a physical resolution of 6 Megapixels (2750*2200) to ensure superior image quality and precision. With a pixel density of 16 Bit and a dynamic range of ≥4.6OD, these imagers promise to deliver incredibly detailed grayscale images comprising 65,536 shades. This is particularly beneficial for researchers who require in-depth analysis of their samples.
A key differentiator between the two models is their scientific optics. The YG1702 features a Sensitive F0.95 Lens, whereas the YG1703 is equipped with an Ultra Sensitive F0.8 Lens, each designed to meet varying degrees of sensitivity requirements in lab settings. Another significant feature is the impressive cooling system which maintains the camera temperature at a stable -60°C below ambient and -30°C regulated, ensuring consistent performance free from thermal noise. The accompanying image acquisition and analysis software requires no dongles and offers free updates and unlimited user access—granting flexibility and ease of use.
Technical Specifications
| Model | YG1702 | YG1703 |
| Digital Camera | Cooled CCD Camera | |
| Physical Resolution | 6 Megapixels，2750*2200 | |
| Pixel Density and A/D | 16 Bit | |
| Grey Scales | 65536 | |
| Dynamic Range | ≥4.6OD | |
| Cooling Temperature | -60℃ below ambient, -30℃ regulated | |
| Scientific Lens (Difference between both models) | Sensitive F0.95 Lens | Ultra sensitive F0.8 Lens |
| Image Acquisition Software | No software dongle required, unlimited users, free update | |
| Image Analysis Software | No software dongle required, unlimited users, free update | |
Market Price
In the high-tech scientific equipment market, advanced imagers such as the Chemiluminescence Imager Mini models YG1702 and YG1703 are valued investments. Although specific prices may vary depending on the retailer or additional features, these cutting-edge imagers generally fall within the range of $8,000 to $12,000. Potential buyers should consider acquiring these units from reputable distributors to ensure authenticity and appropriate after-sale services.
Frequently Asked Questions
What is the difference between models YG1702 and YG1703?
The primary difference lies in the lens sensitivity: YG1702 is equipped with a Sensitive F0.95 Lens, while YG1703 offers an Ultra Sensitive F0.8 Lens, ideal for applications demanding heightened sensitivity.
Is additional software purchase required?
No, both image acquisition and analysis software come included, requiring no additional dongles and with free updates available to all users.
What kind of maintenance does the camera require?
Regular calibration checks and lens cleaning are recommended. Always refer to the manufacturer’s guide for detailed maintenance instructions specific to your machine.
Advantages and Disadvantages
Advantages:
- High-resolution imaging that supports detailed analysis.
- Advanced cooling mechanism that ensures image stability and sensor longevity.
- Unlimited user software access without additional costs.
- Variable lens sensitivity options catering to different research needs.
Disadvantages:
- Initial purchase cost can be high, possibly limiting access for smaller institutions.
- Handling and maintenance may require specialized training and care.
Field Use
The Chemiluminescence Imager Mini is notably utilized in molecular biology, clinical research, and pharmaceutical labs. The exceptional resolution and sensitivity of these models allow researchers to capture and analyze chemiluminescent signals across a wide spectrum of assays such as Western blots, dot blots, and DNA/RNA analysis. In practical settings, these imagers replace tedious manual photo-development processes, empowering laboratory professionals with high-precision imaging capabilities directly at their benches.
Furthermore, the robust design—including the finely tuned cooling system—ensures that the imaging results are consistent and reproducible, making it an indispensable tool in both routine diagnostics and advanced research projects.
Recommendations
For optimum use of the Chemiluminescence Imager Mini, consider the following tips: ensure proper installation in a controlled environment to maximize the cooling features and image clarity; regularly update software to improve capture and analysis accuracy; and utilize calibration tools to align and maintain the sensitivity of the lenses. Periodic training for all users will further enhance operational efficiency, making sure all lab personnel can extract maximum potential from the device.
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