Description
The Multifunctional Imager YR06212 stands out in the market due to its versatile functionality and advanced technology, offering excellent performance for applications such as chemiluminescence and fluorescence detection. Equipped with a super sensitive cooled digital camera, this imager ensures high-resolution imaging with a back-illuminated SCMOS sensor and a 9.0 megapixel resolution. Its intuitive software allows unlimited users to capture and analyze data seamlessly, making it an invaluable tool for laboratories focusing on visible light, near-infrared imaging, and general gel documentation applications. With features like fixed four-layer chemiluminescence trays and automated electronic lifting platforms, it is designed for utmost convenience and precision. Don’t miss out on leveraging this high-end technology; request your quote or generate one automatically using Kalstein Plus today!
Market Price
The average market price for high-performance imaging systems like the Multifunctional Imager YR06212 ranges between $17,500 and $18,900. This range reflects the advanced features and capabilities of the device, which are crucial for precise and reliable laboratory results.
Frequently Asked Questions
- What type of applications can the YR06212 handle? The Multifunctional Imager YR06212 is perfect for chemiluminescence imaging, ECL western blotting, fluorescence imaging, and general gel doc applications.
- Is the software user-friendly? Yes, the SHST Capture and Analysis Software is intuitive and designed for unlimited users, facilitating easy data management and analysis.
- What optional accessories are available? Optional accessories include Epi-UV, RGB, and NIR fluorescent detection, connection to external PC, and blue LED transmission.
Advantages and Disadvantages
Advantages: The YR06212 offers versatility with its wide range of applications, top-notch imaging quality due to its advanced sensor and resolution, and user-friendly software. The device’s robust construction and automated features enhance productivity in the lab.
Disadvantages: The advanced features might be overwhelming for users unfamiliar with high-end imaging systems, necessitating a learning curve.
Use of the Product in the Field
The Multifunctional Imager YR06212 is widely used in molecular biology laboratories for visualizing DNA/RNA samples, detecting proteins through western blotting, and capturing detailed fluorescence images. Its capability to handle various sizes of samples enhances its adaptability in experimental setups.
Recommendations
To maintain optimal performance of the YR06212, it is advisable to regularly calibrate the digital camera and ensure software updates from SHST are installed. Familiarizing with all features through the manual will maximize the productivity and lifespan of the imager.
Features
- Super sensitive cooled digital camera
- Back illuminated SCMOS sensor
- 9.0 megapixels resolution
- Fixed four-layer chemiluminescence sample trays
- Intuitive software for unlimited users
- Optional accessories include Epi-UV, RGB, and NIR fluorescent detection
Technical Specifications
Model | YR06212 | |
Application
|
Chemilluminescence Imaging, ECL Western Blotting | YES |
Fluorescence Imaging, Fluorescent Western Blotting | YES | |
Gel Doc Application | YES | |
Protein gel; SDS Pages | YES | |
Standard Parameters
|
Sensor | Back illuminated SCMOS Sensor |
Resolution | 9.0 Megapixels | |
Pixel Size | 3.76 × 3.76 μm | |
Temperature | -30 ℃ regulated | |
Dynamic Range | 4.8OD | |
Pixel density | 16bit(65536 Grey scales) | |
Lens | F0.95 as standard (optional F0.8) Auto Focus | |
Chemilluminescence Sample tray | Fixed 4 layers sample trays for different sizes of western blotting membranes | |
DNA/RNA detection | Fixed 1 layer UV transmission as standard | |
Protein gel;SDS Pages | Fixed white LED Transmission for Protein Gels | |
Software | SHST Capture and Analysis Software for unlimited number of users | |
Optional Accessories
|
Epi-UV, RGB and NIR fluorescent detection | |
Connection to external PC | ||
Blue LED transmission |