VWR Dual UV Transilluminator Electrophoresis System 89131-464 with 302/365 nm, 20x20 cm Filter

The VWR Dual UV Transilluminator model 89131-464 is a laboratory-grade electrophoresis imaging system specifically designed for sensitive detection of double-stranded nucleic acids during molecular biology workflows. This instrument delivers dual wavelength UV illumination at 302 nm and 365 nm with enhanced uniformity and intensity, supporting precise visualization of DNA and RNA within agarose and polyacrylamide gels.

Key technical specifications include:

• Filter Dimensions: 20 x 20 cm, providing uniform UV exposure across standard gel sizes
• Wavelengths: 302 nm and 365 nm to accommodate different fluorophores and nucleic acid dyes
• Power Supply: Operates on 120V, 60Hz electrical systems for standard lab compatibility
• Design: Compact and efficient with reduced electrical consumption and instant-on capabilities for rapid analysis
• Weight: Approximately 5.99 kg (13.2 lbs), facilitating easy integration into benchtop laboratory environments
• Condition: Used but in very good working order, with minor cosmetic wear
• Manufacture: Made in the United States under VWR’s quality assurance standards

This UV transilluminator is essential for molecular diagnostics, gel electrophoresis imaging, and fluorescence analysis in various research fields such as biotechnology, genetic engineering, and biomedical research. It supports biotechnological workflows by providing accurate nucleic acid visualization critical in gene editing, synthetic biology, and molecular cloning protocols.

Its reliability and precise UV exposure make it highly suited for applications requiring detailed gel documentation, bioprocess monitoring, and electrophoretic analysis in academic and industrial biotechnology labs. The equipment’s compact footprint and instant activation feature enable efficient workflow integration and minimize downtime.

This transilluminator is widely adopted in laboratories focused on molecular biology research, biomanufacturing quality control, and clinical diagnostics striving for consistent nucleic acid detection using UV light-based imaging systems.