Overview

Automatic Gel Imaging System LMGS-503 is a highly integrated full-automated system designed for nucleic acid detection and documentation, with a simple and practical interface and time control guide. It has an F1.2, 8 – 48 mm motorized lens and a high resolution camera with 5.03 megapixels to produce 16 bit images. The unit is outfitted with a 302 nm UV-trans illuminator with a UV area of 21×21 cm and an LED light.

Features :

High resolution CCD camera
High performance 6 times lens
Specialized filter for nucleic acid dye
Overlay glue cutting filter
Easy to operate
User friendly software
UV smart trans illuminator
Advanced pixel binning technology
Blue and white light trans illuminator

Specifications :

Camera	CCD
Pixel	2592×1944 (5.03MP)
Exposure Time	1 – 3000 ms
QE Value	High QE: >65%
Binning	1 × 1
Bit Depth	16 bit
OD	≥4.8 OD
Lens	Motorized 8 – 48 mm, F1.2
Trans - UV	302 nm
Epi- White	LED
Trans White	UV to white sample plate
Epi-UV	254 nm, 302 nm, 365 nm
Filters	590 nm
Uv Area	21 × 21 cm
Timing Off	1 – 60 min
Packing Size	460×475×725 mm
Gross Weight	31 Kg

Applications :

It can be used to do nucleic acid test for various fluorescent dyes such as EB, SYBR Gold, SYBR Green, SYBR Safe, Gel Red Gel Green Texas, Red, and Fluorescein marked DNA/RNA.

Selection Guide :

Automatic Gel Imaging System LMGS-503 is best suited for laboratories involved in molecular biology, genetics, and protein analysis research. It is widely used in applications such as DNA/RNA gel documentation, protein gel analysis, fluorescence detection, and chemiluminescence imaging. Researchers choose this model for its high-resolution CCD camera, which delivers clear and accurate results for detailed gel documentation. The system supports automated focusing, exposure, and image capture, improving efficiency and reducing the need for manual operation. It is especially beneficial in experiments requiring high quantum efficiency and low background noise, such as sensitive fluorescence detection. The model complies with CE and ISO certifications, ensuring it meets international safety and performance standards. Its user-friendly software interface and support for multiple gel types make it suitable for both routine laboratory work and advanced research projects.