$ 5175
| Camera Resolution | 6.3 megapixels, 3072 × 2048 |
| Pixel Density | 16 bits (65536 Grey scale) |
| Quantum Efficiency | 97% |
| Sensitivity | Lower than 5pg EB stained DNA |
| Motorized Lens | F1.2 motorized lens |
| Gel Doc Sample Tray | DNA//RNA sample tray: 17x13cm, UV LED Transmission |
| Protein Gels Sample Tray | White LED transmission: 17x13cm |
| Dimension | 420 × 380 × 500 mm |
| Packaging Dimension | 420 × 430 × 740 mm |
| Net Weight | 15 kg |
| Gross Weight | 17 kg |
• Blue LED transmission
• Industrial Computer with Intel Processor
The Gel Doc System BZGDS-503 is used for imaging and documentation of DNA/RNA and protein gels with high sensitivity and clarity. Equipped with a scientific-grade camera, UV LED transilluminator, and a special filter, it ensures accurate and reliable results. Ideal for molecular biology labs for nucleic acid and protein analysis.
Frequently Asked Questions
1: What makes the BZGDS-503 better at detecting faint DNA bands?
The BZGDS-503 uses a high-sensitivity camera with 16-bit grayscale depth and 97% quantum efficiency, which enables it to capture even faint EB-stained DNA bands as low as 5 pg.
2: How large of a gel can I image with the BZGDS-503?
Both the DNA/RNA and protein gel trays can accommodate gels up to 17 × 13 cm, which is suitable for most routine electrophoresis applications.
3: Is the BZGDS-503 portable or fixed?
Though not handheld, the BZGDS-503 is compact and lightweight enough to be relocated within lab benches or between rooms with ease.
4: What are the energy requirements of BZGDS-503?
The BZGDS-503 is designed for low power consumption, typically under 100W, and works with standard AC input (110–240V) without requiring a stabilizer.
5: Is the BZGDS-503 noisy or disruptive in a quiet lab setting?
No. The BZGDS-503 is designed to be ultra-quiet and vibration-free, making it suitable for both research and clinical environments.
6: What types of gels can I image?
You can image agarose gels (e.g., DNA stained with Ethidium Bromide or SYBR Safe), polyacrylamide gels, and protein gels stained with Coomassie Blue or silver stain.
7: Does the system require a darkroom?
No. Gel Doc systems are self-contained with light-tight enclosures, so no separate darkroom is required.
8: What light sources are used for illumination?
Most Gel Docs include UV transilluminators. Some also feature white light or blue light (for non-toxic dyes) as additional options.
Labzee Gel Doc Systems offers versatile imaging solutions for nucleic acid and protein analysis. They commonly support multiple illumination sources like UV and visible light to visualize various staining methods. These systems feature integrated cameras with optimized optics to capture clear and quantifiable images of gels. They provide user-friendly software package tools for image acquisition, analysis and documentation. Our Gel Doc Systems are perfect for molecular biology and biochemistry labs for the process of visualizing and analyzing electrophoresed samples.
Labzee Multifunctional Imagers offer versatile imaging solutions for a wide range of laboratory applications. They support multiple detection modes including fluorescence, chemiluminescence, and UV imaging. These are equipped with high-resolution cameras and advanced optics, they deliver precise and reproducible results. They feature user-friendly software and customizable settings for efficient workflows. Our Multifunctional Imagers are ideal for applications in molecular biology, protein analysis, and gel documentation across research and clinical labs.
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Labzee Chemiluminescence Imagers offer advanced imaging solutions for chemiluminescence-based applications in laboratory settings. They support multiple detection modes, including chemiluminescence, fluorescence, and UV imaging. These are equipped with high-resolution cameras and sophisticated optics for precise, clear and reproducible results. Featuring user-friendly software with customizable settings, they streamline workflows and enhance efficiency. Our Chemiluminescence Imagers are perfect for applications in molecular biology, protein analysis, and gel documentation across research and clinical labs.
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