Instrument

The LBT Series Blue Light Transilluminator is a high-performance laboratory instrument designed for safe and efficient visualization and excision of nucleic acids and proteins in gels. It provides researchers with a reliable alternative to traditional UV transilluminators, minimizing DNA damage and ensuring accurate sample processing.

Working Principle

The instrument utilizes high-intensity blue LED illumination to excite fluorescent dyes within the gel. When exposed to blue light, nucleic acids and proteins labeled with compatible dyes emit bright fluorescence, allowing researchers to clearly observe and accurately excise target bands directly from the gel using a gel-cutting knife.

Key Features

Safe & Efficient Illumination:

Dual-sided LED light source delivers uniform and stable illumination, preventing localized overexposure and protecting samples from UV-induced damage.

High-Quality Optical Filter:

Equipped with an amber filter that effectively reduces stray light interference, ensuring clear, high-contrast fluorescent imaging for precise observation.

Compact & Lightweight Design:

With a total weight of only 1 kg and dimensions of 200 × 230 × 48 mm, the LBT series is easy to handle and ideal for laboratories with limited bench space.

Wide Gel Compatibility:

Suitable for use with various gel types, including agarose gels, commonly applied in nucleic acid and protein separation experiments.

Application Areas

The LBT Series Blue Light Transilluminator is widely used in life science research and related fields, including:

Molecular biology and genetics

Biomedical and healthcare research

Biopharmaceutical development

Agricultural biotechnology

Technical Specifications