Description
The Gel Documentation System YR06063–YR06064 is an advanced imaging solution designed for scientific laboratories requiring high-resolution image capture of electrophoresis gels. This system boasts a resolution capability of up to 20 Megapixels, providing impeccable detail necessary for precise analysis. With motorized, high-resolution, and sensitive lenses, it eliminates the need for manual focus, streamlining the workflow in your laboratory. What truly sets this system apart is its real white LED plate, offering unique white light transmission to deliver superior imaging results. Additionally, the numerical iris and focus enhance image quality, while the software supports unlimited users without the need for a dongle, ensuring ease of access and collaboration across teams.
Market Price
The Gel Documentation System YR06063–YR06064 is competitively priced considering its features and capabilities. The average market price for such a high-end gel documentation system ranges from $5,000 to $6,300 USD. This price bracket reflects the precision technology and robust design incorporated into its manufacturing, making it a worthy investment for laboratories focused on obtaining accurate and reliable data.
Frequently Asked Questions
- What types of samples can this system analyze? The system can handle a wide range of stained DNA samples, with sensitivity levels as low as ≤5 pg for Ethidium Bromide stained samples.
- Is any additional software needed? No, the system includes comprehensive image acquisition and analysis software with free updates and supports unlimited users.
- How user-friendly is the system? With motorized lenses and no manual focus required, the system is designed for user convenience and efficiency.
Advantages and Disadvantages
The Gel Documentation System YR06063–YR06064 offers numerous advantages, including high-resolution imaging, ease of use, and unlimited software licensing. However, a possible disadvantage might be its premium price point, which could be a consideration for smaller laboratories. Despite this, the system’s capabilities and technological advancement provide significant value for comprehensive gel documentation needs.
Field Use
In practical applications, the Gel Documentation System YR06063–YR06064 excels in capturing clear and detailed images of gel electrophoresis results, essential for DNA and protein analysis. Its seamless integration in a laboratory setting facilitates efficient data capture and interpretation, making it an indispensable tool in genetic and molecular biology research. With its robust design and sophisticated software, researchers can focus on data analysis without worrying about technical hurdles.
Recommendations
For optimal performance of the Gel Documentation System YR06063–YR06064, ensure regular maintenance of the LED and UV transmission plates to sustain clarity and efficiency. Utilizing the free software updates promptly ensures your system is equipped with the latest features and improvements. For future purchases, consider the platform Kalstein Plus for the most competitive pricing and prompt customer support, facilitating an effortless acquisition process.
Features
- Resolution up to 20 Megapixels
- Motorized high resolution and sensitive Lens
- No manual focus required
- Real white LED plate provides unique white transmission
- Numerical Iris and focus
- Unlimited software users
Technical Specifications
Model | YR06063 | YR06064 |
Camera type | Monochrome scientific digital camera | |
Resolution | 5 Megapixels, 2592*1944 | 20 Megapixels,4800*4440 |
A/D, Pixel density | 16bit | |
Grey scales | 65536 | |
Lens | Motorized Lens, no manual focus required | |
Sensitivity | ≤10pg EtBr Stained DNA samples | ≤5pg EtBr Stained DNA samples |
UV transmission | Wavelength 302nm,Area: 21x26cm | |
White LED transmission | Real LED transmission plate,Area 19x26cm | |
Filter | Standard gel doc filter | |
Image Acquisition S/W | No software dongle required, free update, unlimited users | |
Image Analysis S/W | No software dongle required, free update, unlimited users |