Overview

Gel Documentation System LMGDO-A100 is equipped with resolution of 5 megapixels. It features real-time image acquisition with auto focus for sharp, instant capture results. Its standard filter with UV transmission provides clear, high-contrast imaging. Its software runs without encryption and supports multilingual interface for seamless global access. Our Gel Documentation System is ideal for capturing DNA, RNA, and protein gel. 

Features :

Real White LED transmission

Numeric Focus and Aperture

Binning Modes 

Automated Calculations 

Multi-Frame Accumulation

Excel Export

Specifications :

Camera Type	Digital Camera
Resolution	5 Megapixels (2592 × 1944)
Dynamic Range	4.8 OD
Pixel Density	16-bit (65,536 Grey Scales)
Lens	Motorized Lens F1.2
UV Transmission	302 nm
UV Transmission area	21 × 26 cm
White LED Transmission area	19 × 26 cm
Dimensions	630 × 560 × 900 mm
Weight	50 Kg

Optional Accessories :

Model No	Accessory
LMGDO-A100-B1	Blue LED transmission

Applications :

Gel Documentation System LMGDO-A100 supports imaging and documenting DNA/RNA gels, protein electrophoresis, and chemiluminescence with in academic, research, and clinical laboratories.

Selection Guide :

Gel Documentation System LMGDO-A100 is an essential imaging solution designed for laboratories involved in molecular biology, genetics, and biochemistry research. It is primarily used for visualizing, documenting, and analyzing nucleic acid and protein gels stained with dyes such as ethidium bromide, SYBR Safe, or Coomassie blue. This system is suitable for DNA/RNA electrophoresis analysis, protein gel imaging, and fluorescent or chemiluminescent detection in a variety of experimental settings. The model supports high-resolution imaging and offers reliable documentation of gel results, making it suitable for academic, clinical, and pharmaceutical research. Additionally, the system often complies with CE and ISO certifications, ensuring it meets international standards for quality and safety. Researchers can select this model based on its application compatibility, high sensitivity imaging, and validated performance in peer-reviewed studies and laboratory workflows.