Dual LED Blue & White Transilluminator LTI-T2010

Introduction

Dual features a 470 nm blue films and diagnostic applications. Our transilluminator is applied in molecular biology, genetics, clinical laboratories, and research institutions for gel cutting, analysis, and electrophoresis.

This transilluminator 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 Dual Blue & White Transilluminator is used in molecular biology, genetics, clinical laboratories, and research institutions for accurate gel cutting, visualization, electrophoresis analysis, and sample observation in controlled environments.

Specifications

source	Blue & White light
lifetime	＞50,000h
Max emission wavelength	470nm
Auto shutdown time	5min
Power Consumption	12V DC, 1A
Power Supply	100 to 240V;50/60Hz
Observation area (L x W)	210 × 120 mm
Dimensions (L x W x H)	255 × 190 × 30 mm
Weight	1.5kg

Features

Dual Illumination

Anti-Reflection Bottom Lighting

Foldable Darkroom and Knife

Adjustable Light Intensity

Rotatable Filter Cover

FAQs

1. What is the Dual Blue & White Transilluminator used for?

The Dual Blue & White Transilluminator is designed for visualization of nucleic acid gels, protein gels, and membrane stains. With its dual modes, it allows precise observation of , , and protein samples. The 470 nm blue mode is particularly suitable for qualitative and quantitative nucleic acid experiments using dyes like Green, GelGreen, and Orange. The white mode provides uniform illumination for protein gels stained with Coomassie Blue or silver nitrate. Additionally, the can function as a light box for X-ray films and diagnostic applications, making it versatile for research and clinical laboratories.

2. What are the key features of the Dual Blue & White Transilluminator ?

The Dual Blue & White Transilluminator offers multiple user-friendly features that enhance laboratory workflows. It includes dual illumination (blue and white), anti-reflection bottom lighting to reduce glare, and a rotatable filter cover for safe observation and gel cutting. A foldable mini darkroom and precision gel cutting knife are provided as standard accessories. It also supports adjustable light intensity, allowing users to optimize contrast based on sample type and concentration. Its compact and durable metal body ensures long-term reliability, while the automatic shutdown after 5 minutes saves energy and protects the system.

3. What are the technical specifications of the Dual Blue & White Transilluminator ?

The Dual Blue & White Transilluminator is equipped with Blue & White light sources with a lifetime of more than 50,000 hours. It operates at a maximum emission wavelength of 470 nm in blue mode and provides full-spectrum white light. The system has a power consumption of 12V DC, 1A, with a power supply range of 100 to 240V at 50/60Hz, making it suitable for global laboratory use. Its observation area is L210 × W120 mm, with compact overall dimensions of L255 × W190 × H30 mm and a lightweight design at 1.5 kg. These specifications make it an efficient and portable choice for molecular biology and clinical labs.

4. What accessories are included with the Dual Blue & White Transilluminator ?

The Dual Blue & White Transilluminator comes with essential accessories to enhance its usability. The standard package includes one gel cutting knife (1 pc) for precise band excision and one foldable mini darkroom (1 pc) for gel band photography and enhanced visualization. These accessories ensure users can immediately perform gel documentation and sample preparation without requiring additional purchases, making the a complete solution for electrophoresis gel observation.

5. In which applications can the Dual Blue & White Transilluminator be used?

The Dual Blue & White Transilluminator is widely applied across molecular biology, genetics, clinical laboratories, and research institutions. It is used for accurate gel cutting, visualization, electrophoresis analysis, and sample observation under controlled environments. Researchers benefit from its compatibility with popular fluorescent dyes and protein stains, while clinical laboratories utilize it for diagnostic applications, including nucleic acid and protein analysis. The supports reliable, efficient imaging, making it an essential tool for both academic and commercial research facilities.