UVP Biospectrum AC Fluorescence and Chemiluminescent Gel Imaging System with CCD Camera

The UVP Biospectrum AC Imaging System is a benchtop fluorescence and chemiluminescent gel imager designed for molecular biology and biotechnology applications such as molecular cloning workflows, gel documentation, and synthetic biology research. This imaging system features a high-resolution digital CCD camera (2048 x 2048 pixels, 16-bit depth) equipped with a motorized lens and controlled via VisionWorks software for precise image capture and system control.

Key technical features include:

• Low-light and fluorescence imaging capabilities within a light-tight darkroom enclosure
• Integrated UV transilluminator with selectable excitation wavelengths at 365 nm and 480 nm, optimized for uniform illumination via a phosphor-coated first-light UV illuminator with <5% coefficient of variance
• Overhead Epi illumination in white, UV (365 nm), and blue (480 nm) wavelengths for diverse excitation modes
• A 5-position motorized emission filter wheel housing essential filters: Ethidium Bromide, SYBR Green, and SYBR Gold, tailored for nucleic acid fluorescence detection
• Front UV-blocking window for safe gel observation without altering darkroom conditions
• USB PC interface enabling seamless integration with Windows 10 workstation and VisionWorks software for advanced image acquisition and analysis

Physical specifications include dimensions of 18"x17"x32" and a weight of 70 lbs, powered by 115V, 60Hz, 2.0 amps supply. The system package includes all necessary components for gel imaging in clinical diagnostics, molecular diagnostics, and bioprocessing labs.

This chemiluminescence and fluorescence imaging platform is widely adopted in biomanufacturing pipelines where accurate DNA/RNA gel visualization is critical and supports essential workflows in biomedical engineering and gene editing research. Its versatile illumination and precise filter control make it suitable for live-cell imaging preparations and fluorescence analysis in advanced biotechnology research.

*Note: Minor cosmetic imperfections on filters do not impact imaging performance. The system is fully inspected and ready for deployment in research environments.*