Gel Documentation System LBGD-T2014

Introduction

Gel Documentation System captures high-resolution images at up to 5.0 megapixels. It is equipped with advanced an advanced camera for accurate imaging and detailed documentation. The system provides high sensitivity for detecting low-intensity fluorescence signals in gels. Its built-in filter system enhances contrast for improved image clarity. Our system allows researchers to capture, store and analyze results efficiently.

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 captures high-resolution images of electrophoresis gels, aiding in molecular biology, genomics, and proteomics research. It ensures precise analysis of , , and protein samples for research and diagnostics.

Specifications

Digital Camera	Resolution: 5 Megapixels, 2592×1944 Dynamic Range: 4.8 OD Pixel Density: 16 bit (65536 Grey Scales)
Quantum Efficiency	0.77
Lens	F1.2 Motorized Lens Resolution: 20 Megapixels Control: Numeric Focus controlled via Software
UV Transmission Light Source	UV Transmission 302 nm: 21×26 cm White Transmission: 19 × 26 cm
Filter System	Standard Filter
Software	Capture software Analysis software
Dimension	430 × 360 × 700 mm
Packing Dimension	500 × 550 × 880 mm
Net Weight	20 kg
Gross Weight	24 kg

Features

High-definition 20 Megapixel output

Self-adjusting focus mechanism

Authentic white illumination

Software-based focus adjustment

Touchscreen or PC Control

FAQs

1. What makes the Gel Documentation System suitable for high-sensitivity applications like fluorescence detection?

Gel Documentation System is specifically designed for high-sensitivity imaging tasks such as fluorescence detection. It features a high-performance 5.0 Megapixel camera with a dynamic range of 4.8 OD and 16-bit depth, enabling the system to distinguish subtle light differences, which is critical for detecting weak fluorescence signals. Additionally, its quantum efficiency of 0.77 ensures more effective photon capture, resulting in brighter and clearer images. The integrated filter system enhances contrast, filtering out background noise and allowing for accurate imaging of faint bands in , , or protein gels.

2. How does the 20 Megapixel output correlate with the actual 5 Megapixel camera resolution?

While the built-in camera captures images at 5 Megapixels (2592×1944), the system delivers a 20 Megapixel output by employing interpolation techniques and advanced optics. The motorized F1.2 lens used in the system is capable of rendering exceptionally sharp images, and the output resolution is enhanced via software algorithms to allow more detailed visualization. This high-definition output is especially useful for presentations, publications, and in-depth image analysis without compromising the integrity of the original data.

3. What are the control options available in the system, and how flexible are they in a laboratory setting?

Gel Documentation System supports both touchscreen and PC-based controls, providing flexibility based on the laboratory’s workflow and preferences. The touchscreen interface enables fast, intuitive operation right at the device, making it ideal for quick imaging sessions. For more complex analysis and control, the PC software offers advanced features like software-controlled focus adjustment, exposure settings, image processing, and data management. This dual-mode control system allows seamless integration into various research environments, whether centralized or distributed.

4. How does the software contribute to ease of use and data analysis in the system?

The included capture and analysis software enhances both user experience and data utility. The capture software allows for real-time preview, automated focus adjustment, and exposure control. It ensures optimal imaging conditions are maintained with minimal manual intervention. The analysis software provides tools for lane detection, band quantification, molecular weight estimation, and densitometry, streamlining data processing and reporting. This comprehensive software suite simplifies workflows and increases the reproducibility and reliability of results.

5. How does the self-adjusting focus mechanism improve imaging consistency in the system?

The self-adjusting focus mechanism automatically detects the optimal focal point for the gel, eliminating the need for manual focusing and reducing the chance of user error. Combined with the motorized lens and software-based numeric focus control, it ensures that every image is sharp and consistent, regardless of gel thickness or sample placement. This feature is especially valuable in multi-user settings where consistent results are critical for downstream analysis and documentation.