| Maximum Emission Wavelength | 470nm |
| Observation Area (L×W) | 210×120mm |
| LED Source | Bottom built-in blue and white LED light module |
| LED Lifetime | Less than 50,000 hours |
| Applicable Fluorescent Dyes | SYBR Gold, SYBR Green I, SYPRO Orange, Gel Green, Gelite Green, Coomassie Fluor orange stains |
| Auto Shutdown Time | 5 min (energy saving & safety) |
| Power Supply | 100–240V 50/60 Hz |
| Power Adapter | 12V 1A |
| Dimension (L×W×H) | 255×190×30 mm |
| Weight | 1.5kg |
Dual Light Transilluminator ADLT-501 is used for visualizing nucleic acid gels, protein gels, and membrane stains in research and diagnostic labs. It is also suitable for gel imaging, documentation, and analysis in molecular biology experiments.
1. Can I switch between Blue and White LED modes for different experiments?
Yes, Dual Light Transilluminator ADLT-501 allows easy switching between Blue LED for nucleic acid gels and White LED for protein gels or general imaging, enabling versatile gel visualization and documentation in molecular biology and diagnostic labs.
2. What is the Blue LED mode on Dual Light Transilluminator ADLT-501 used for?
The Blue LED mode in Dual Light Transilluminator ADLT-501 (470nm) is ideal for visualizing nucleic acid gels and performing qualitative or quantitative experiments. It supports popular fluorescent dyes like SYBR Gold, SYBR Green I, GelGreen, Gelite Green, SYPRO Orange, and Coomassie Fluor Orange for precise gel imaging.
3. What is the White LED mode on Dual Light Transilluminator ADLT-501 used for?
The White LED mode in Dual Light Transilluminator ADLT-501 provides soft, uniform full-spectrum illumination, perfect for observing protein gels stained with Coomassie Blue or silver nitrate. It can also serve as a viewing light box for X-ray films, research imaging, and other medical applications.
4. Is the LED light source in Dual Light Transilluminator ADLT-501 safe for users and samples?
Yes, Dual Light Transilluminator ADLT-501 features a durable LED light source that is safe, non-harmful, and protects both laboratory personnel and experimental samples during gel visualization.
5. Does Dual Light Transilluminator ADLT-501 support gel photography and cutting?
Yes, Dual Light Transilluminator ADLT-501 includes a foldable darkroom for precise gel band photography and comes with a precision gel-cutting knife, enabling accurate documentation and sample handling.
6. What is a Dual Light Transilluminator?
A Dual Light Transilluminator provides two modes of illumination, allowing researchers to visualize DNA, RNA, and protein bands with high sensitivity and clarity. It ensures accurate detection of even faint bands while minimizing sample damage for safe handling.
7. What types of samples can Dual Light Transilluminator handle?
Dual Light Transilluminator is compatible with a wide range of samples, including DNA, RNA, protein, and other fluorescently stained biological materials. It allows researchers to visualize and analyse these samples accurately while minimizing damage, making it suitable for diverse laboratory applications.
8. What are Dual Light Transilluminators used for?
Dual Light Transilluminators are used in laboratories to visualize DNA, RNA, and protein bands with high clarity and precision. They allow researchers to detect even faint bands, perform accurate gel analysis, document results, and safely handle delicate biological samples during experiments.
| Maximum Emission Wavelength: | 470 nm |
| Observation Area (L×W): | 210 × 120 mm |
| LED Source: | Bottom built-in blue LED light module |
| Excitation Light Source: | 470 nm wavelength high-intensity blue light (144 LED array) |
| Detection Sensitivity: | DetMinimum detection limit of 0.5 ng |
| Transillumination Area : | 180 × 110 mm |
| Wavelength: | 470 nm |
| Maximum Gel Size: | 160 ×100 mm |
| LED Radiation Mode: | Double sides matrices |
| Transmission Wavelength: | 302nm |
| Observation Area (L×W): | 195mm×145mm |
| UV Lamp Lifetime: | Less than 1,500 hours |
| Transmission size (W×L): | 200×150 mm |
| Source ultraviolet wavelength (nm): | 302 nm |
| Transmission UV lamp power (W): | 8 W |
| Emission Wavelength: | 302 nm |
| Observation Area (L×W): | 150mm×120mm |
| LED Source: | Built-in bottom UV LED light module |
| Emission Wavelength: | 302 nm |
| Observation Area (L×W): | 200mm×130mm |
| LED Source: | Bottom built-in UV LED light module |