Gel Documentation System LBGD-T2012

Introduction

Gel Documentation System offers a 16-bit cooling camera for clear detection of faint bands and low-concentration samples. The high-resolution camera ensures sharp and detailed images for accurate gel and blot analysis. Its fast aperture lens with software-controlled zoom and focus provides high sensitivity. Our Gel Documentation System is ideal for accurate visualization and documentation of , , and protein samples.

This gel documentation is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Gel Documentation System provides high-resolution imaging of , , protein gels, and blot membranes using a cooling camera. It is ideal for / gel imaging and documentation, -, Western blotting, chemiluminescence imaging, colony counting, and protein expression studies

Specifications

Camera Type	Cooling Camera
Camera Sensor	Sony ICX695
Size	12.49 × 9.99 mm
Pixel Dimensions	4.54 × 4.54 µm
Resolution	6 Megapixels
Readout Noise	5.5 e⁻ at 12 MHz
Dark Current	Less than 0.0005 e⁻/Pixel/Sec at -30°C
Quantum Efficiency (QE)	Greater than 78%
Dynamic Range	Greater than 4.6 OD
Pixel Density	16-Bit (65,536 Grey Scales)
Cooling System	Three-Stage Cooling
Lens Type	F0.95 Fast Lens
Lens Control	Software-Controlled Zoom
Focus Options	Autofocus and Manual Focus
Darkroom Type	Light-Tight Chamber
Sample Tray Layers	Four-Layer for Chemiluminescence
UV Transilluminator	210 × 260 mm (302 nm)
White Light Plate	190 × 260 mm
Illumination – White	Epi-White × 2
Filter Wheel	5-Position Motorized Filter Wheel
Standard Filter Wavelength	590 nm
Safety	UV Protection Shield
Interface	3.0
Software	Image Acquisition Software and Image Analysis Software
Operating Temperature	10°C to 35°C
Operating Humidity	20 to 80% RH (Non-Condensing)
Power Supply	AC 110 to 240 V, 50/60 Hz
Power Consumption	150 W
Dimensions	430 × 360 × 700 mm
Weight	40 kg

Features

Light-tight chamber

Flexible sample handling

Enhanced UV safety 

Consistent illumination

Noise-free imaging 

FAQs

1. What is the Gel Documentation System used for?

Gel Documentation System is designed for capturing high-quality images of , , and protein gels. It allows researchers to visualize faint bands and low-concentration samples with clarity. This system also supports blot membrane imaging, making it versatile for molecular biology studies. Equipped with a cooling camera, it ensures accurate detection of signals with reduced background noise. It is commonly applied in laboratories working with agarose gels, -, and western blotting. Users benefit from its precision in both qualitative and quantitative gel analysis. Overall, it is an essential tool for reliable documentation in life science research.

2. What camera specifications does the Gel Documentation System offer?

Gel Documentation System delivers sensitive and noise-free imaging. The camera provides a resolution of 6 megapixels, ensuring detailed and sharp images of gels and membranes. Cooling technology reduces dark current to less than 0.0005 e-/pixel/sec, improving accuracy for low-light samples. It also achieves up to 65,536 grey levels, providing high contrast for precise detection of faint and strong bands alike. This level of image clarity is valuable for applications such as profiling and protein quantification. Advanced lens features with software-controlled zoom and focus allow greater flexibility. These specifications make it highly effective for detailed molecular analysis.

3. How does the Gel Documentation System ensure user safety?

The Gel Documentation System includes a UV protection shield and safe drawer design. This prevents direct UV exposure while handling gels, reducing the risk of harmful effects to the user. The system’s enclosed darkroom ensures no external light leakage, protecting both samples and operators. It incorporates UV transilluminators with proper shielding to make gel recycling safe and simple. Users can confidently perform imaging tasks without worrying about UV-related hazards. With multiple safety features, it is suitable for teaching as well as professional laboratories. This makes it both practical and secure for everyday gel documentation use.

4. What illumination sources are included in the Gel Documentation System ?

Gel Documentation System includes epi-white LEDs and a UV transilluminator. The UV transilluminator operates at 302 nm with an imaging area of 21 × 26 cm, ideal for agarose gels. A white light plate of 19 × 26 cm is included for protein gels and other visible applications. The combination of light sources provides flexibility across different sample types and research needs. Researchers can switch between UV and white light depending on the gel type being analyzed. This adaptability makes it a reliable solution for a wide range of molecular biology experiments. Proper illumination ensures that gels and blots are consistently captured with precision.

5. How does the Gel Documentation System improve image accuracy?

The Gel Documentation System combines high-resolution optics with advanced cooling technology. Its fast aperture lens collects more light, enhancing sensitivity for weak signals. Software-controlled zoom and focus features further refine imaging across various gel sizes. The sensor’s high quantum efficiency, above 78%, ensures efficient light capture. Cooling to -60°C below ambient minimizes noise and stabilizes image quality during long exposures. These features ensure that faint or protein bands are captured without distortion. As a result, researchers can rely on its accuracy for both qualitative and quantitative analysis.