Product Description
The Mini Multifunctional Imager models YG1707 and YG1708 by Yulgary represent the pinnacle of laboratory imaging technology. Designed to cater to diverse imaging applications, these models are ideal for chemiluminescence imaging and ECL Western Blotting, among others. Both YG1707 and YG1708 offer exceptional fluorescence imaging and support for fluorescent Western Blotting, providing reliable results in research and diagnostics.
The compact design of these imagers doesn’t compromise on performance. Both models come equipped with high sensitivity and high resolution, ensuring clarity and detail in imaging. The YG1707 is engineered for superior long-time exposure performance of up to 30 minutes, while the YG1708 can endure up to an hour of exposure, making them versatile tools for prolonged imaging needs.
These imagers are also equipped with a smart, compact design with optional removable PC capabilities, enhancing convenience and ease of use. The software provided with these imagers is free for unlimited users, ensuring that laboratories can maximize their research potential without additional costs. Both devices also come with an optional fluorescent module for Epi-UV, RGB, and NIR fluorescent detection, enhancing their utility in various imaging applications.
| Model | YG1707 | YG1708 |
|---|---|---|
| Application | Chemiluminescence Imaging, ECL Western Blotting: YES | Chemiluminescence Imaging, ECL Western Blotting: YES |
| Fluorescence Imaging, Fluorescent Western Blotting: YES | Fluorescence Imaging, Fluorescent Western Blotting: YES | |
| Gel Doc: YES, Only for small size: ≤9×7.3cm | Gel Doc: YES, Only for small size: ≤9×7.3cm | |
| Protein Gel, SDS Pages: YES | Protein Gel, SDS Pages: YES | |
| Features | High Sensitivity, High resolution | High Sensitivity for long time exposure |
| High performance for long exposure time up to 30 min | High performance for the exposure time up to an hour | |
| Sample Tray | ChemiDoc: YES | ChemiDoc: YES |
| UV transmission: YES | UV transmission: YES | |
| White transmission: YES | White transmission: YES | |
| Blue transmission: Optional | Blue transmission: Optional | |
| Optional Accessories | Removable industrial computer, 10.1 Inch Touch Screen, Intel processor | |
| Fluorescent Module: Epi-UV, RGB and NIR fluorescent detection | ||
Market Price
The Mini Multifunctional Imager YG1707 and YG1708 models by Yulgary are competitively priced within the laboratory imaging device market. Prices can vary depending on retailers and additional options required, such as the removable industrial computer or fluorescent module. Typically, the cost for these advanced imaging solutions ranges from $5,000 to $8,000, reflecting their high-end capabilities and multifunctionality.
Frequently Asked Questions
What are the key differences between the YG1707 and YG1708 models?
Both models are similar in functionality; however, the YG1708 allows for longer exposure times of up to an hour, compared to the YG1707, which is suitable for exposure up to 30 minutes.
Are the software licenses for these imagers limited to a certain number of users?
No, the software provided for these imagers allows for an unlimited number of users, ensuring flexible and cost-effective usage for laboratories.
Can the optional industrial computer be detached for portability?
Yes, the industrial computer supplied with the imagers is removable, allowing for ease of mobility and convenience in varied laboratory settings.
Advantages and Disadvantages
Advantages: The YG1707 and YG1708 models are renowned for their high sensitivity and resolution, crucial for obtaining clear and precise images. The devices support a multitude of imaging applications, offering versatility in research and clinical diagnostics. Compact and removable PC options add to the functional design, and the software is offered at no additional cost for unlimited users—an economic advantage.
Disadvantages: While optional features enhance functionality, they may increase the overall cost. Additionally, due to the advanced nature of these imagers, users may require training to fully exploit their capabilities, which may be seen as a potential hurdle for new users.
Product Use in the Field
In practical terms, the Mini Multifunctional Imager YG1707 and YG1708 serve crucial roles in laboratories focused on molecular biology and biochemistry. They are ideal for applications such as protein gel imaging and detailed Western Blot analysis—essential tools in studies related to gene expression, protein interactions, and cellular processes. These devices offer high performance in detection and imaging, necessary for detailed quantitative analysis in experiments.
Researchers rely on the robust imaging capacity of the YG1707 and YG1708 for their work in diagnostics settings. Their usage in everyday laboratory processes involves capturing high-resolution images that are later analyzed for research outcomes, making them invaluable in advancing scientific discoveries.
Recommendations
For optimal performance, it is advised to regularly update the software to leverage any new features or improvements. When considering optional modules, factor in the specific demands of your laboratory tasks to ensure the best configuration and utility. It’s also beneficial to provide staff with adequate training on the device’s functionalities to maximize its potential and ensure efficient workflow.
By performing regular maintenance checks and calibrations, you can extend the lifespan and maintain the peak performance of the YG1707 and YG1708 imagers. Consider integrating these devices into a broader imaging strategy to enhance and expand your laboratory’s capabilities.
Discover the innovation and quality that Yulgary has to offer. If you’re looking for high-performance laboratory equipment, you’re in the right place. At Yulgary, we manufacture products with standards of excellence that meet the most demanding needs. Browse our online store, designed to offer you a quick, easy shopping experience with competitive prices. Don’t miss the opportunity to improve your lab with the best in scientific technology. Click here to explore our catalog.
