Boekel Scientific UV Crosslinker AH with Adjustable Height and Five 368 nm Longwave Lamps

The Boekel Scientific UV Crosslinker AH is a benchtop ultraviolet crosslinking device designed for precise DNA and RNA crosslinking applications including Northern, Southern, dot, and slot blots, as well as UV curing tasks common in molecular biology and biotechnology workflows. Equipped with five 368 nm longwave UV lamps, this system offers controlled UV exposure configurable in either energy or time mode, ensuring consistent results critical for molecular diagnostics and synthetic biology research.

Key features include an adjustable-height lamp assembly that maintains a fixed distance between lamps, samples, and the integrated UV sensor to optimize uniform crosslinking without requiring sample stacking. The device features an 11 x 12 x 4 inch internal chamber with a large UV-protective viewing window allowing safe process inspection, and an open-door safety interlock to prevent unintended UV exposure.

Designed with a compact 15 x 13 x 11 inch footprint and weighing 32 lbs, the crosslinker is suitable for biotechnology laboratories performing nucleic acid immobilization as part of gene editing, bioprocessing, and molecular cloning workflows. Its reliable electrical specification (115V, 60Hz, 1.6A, 175W) supports stable operation in standard lab environments.

This UV crosslinker is widely adopted in biomedical engineering, molecular biology, and clinical diagnostics, serving as an essential tool for protocols involving fluorescence analysis, blotting techniques, and biopharmaceutical production pipelines requiring precise nucleic acid crosslinking. Its adjustable lamp height feature facilitates repeatable UV exposure, making it popular among researchers focused on high-throughput synthetic biology and molecular cloning workflows.

Included accessories are the five installed longwave lamps, a user manual, a 120V power cord, and a 30-day warranty to ensure seamless integration and dependable performance in research settings.