Product Description
The YG1803 UV Transilluminator is a sophisticated piece of laboratory equipment designed to meet the rigorous demands of modern scientific research. It provides exceptional functionality through its state-of-the-art design and robust construction. With a transmission size of 200×150 mm and a powerful UV source wavelength of 302 nm, this device ensures precise and effective transillumination, which is critical for various laboratory applications.
Further enhancing its capabilities, the YG1803 offers dual reflectance UV wavelengths of 254 nm and 365 nm, with each UV lamp boasting an impressive power of 11 W. The device’s overall dimensions measure 435×295×490 mm, and it weighs approximately 16.9 kg, ensuring stable operation and ease of integration into existing lab environments. This versatile equipment is essential for scientists involved in DNA, RNA, and protein analysis, providing clarity and precision in the visualization of gel electrophoresis results.
| Model | YG1803 |
| Transmission size（W×L） | 200×150 mm |
| Source ultraviolet wavelength | 302 nm |
| Reflectance UV wavelength | 254, 365 nm |
| Transmission UV lamp power | 8 W |
| Reflectance UV lamp power | 254 nm (11W), 365 nm (11W) |
| Volume（L×W×H） | 435×295×490 mm |
| Weight | 16.9 kg |
Market Price
The YG1803 UV Transilluminator is positioned in the market as a mid-range to high-end laboratory device, reflecting its advanced features and technological benefits. Prices for transilluminators with similar capabilities typically range from $700 to $1,200 USD, depending on the supplier and any additional features or warranty packages. Given its precise performance specifications and reliable operation, the YG1803 is competitively priced, offering great value for its effectiveness in laboratory settings.
While the initial investment may seem significant, users will find that the longevity and stability of the device can significantly contribute to reduced overhead costs over time, making it a prudent choice for laboratories that require consistent and accurate results.
Frequently Asked Questions
What types of experiments can benefit from the YG1803 UV Transilluminator?
The YG1803 is ideal for molecular biology applications, including DNA and RNA visualization and analysis in gel electrophoresis, due to its precise wavelength and power specifications.
How does the dual UV wavelength feature benefit laboratory procedures?
The dual UV wavelength feature of 254 nm and 365 nm allows for flexibility in experiments, accommodating various staining methods and providing clear imaging for different types of gels and nucleic acids.
Is the YG1803 easy to integrate into existing lab setups?
Yes, the compact design and manageable weight of the YG1803 make it easy to incorporate into most laboratory environments without requiring significant modifications.
Advantages and Disadvantages
Advantages: The YG1803 offers superior imaging clarity with its advanced UV light source, making it a valuable tool in molecular biology laboratories. Its durable construction ensures long-term reliability, reducing the need for frequent replacements. The dual wavelength option provides versatility for various laboratory applications, enhancing its utility across different types of research.
Disadvantages: The initial cost of the YG1803 may be higher than some basic models, which could be a consideration for budget-conscious labs. Additionally, the specific wavelength settings might not align with all types of non-standard applications, requiring careful consideration of compatibility before purchasing.
Field Usability
In practical laboratory settings, the YG1803 UV Transilluminator proves invaluable for tasks demanding high precision, such as DNA fragment visualization. Its efficient design simplifies the visual inspection of fluorescently-stained biomolecules following electrophoresis. Researchers can rely on its robust performance to produce consistent, high-quality results critical to scientific accuracy.
Moreover, its intuitive interface and user-friendly controls make it an ideal choice for both experienced professionals and new laboratory personnel, facilitating efficient workflows and ensuring that experiments can proceed smoothly without unnecessary technical hindrances.
Recommendations
For optimal results, users are recommended to maintain the YG1803 using regular cleaning procedures and ensure that the environment around the device remains free from dust and moisture. Proper handling of the UV light source and adherence to safety protocols will extend the lifespan of the transilluminator and safeguard user well-being.
It is also advisable to consult the user manual thoroughly before initial use to familiarize oneself with operational procedures. Laboratories seeking to maximize the lifespan and performance of this equipment should consider routine maintenance checks and calibrations as necessary.
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