RF-20A/RF-20Axs
Fluorescence Detector

Experience exquisite sensitivity with RF-20A and RF-20Axs fluorescence detectors for HPLC and UHPLC separations. Built with maintenance in mind, both the cell and lamp replacement are accessed through the front panel - no additional position adjustment is required. Monitor two EX and EM wavelength pairs simultaneously, or up to four pairs with LabSolutions software control. The RF-20xs has superior S/N performance due to its temerature controlled flow cell.
RF-20A and RF-20Axs Specifications
- RF-20A has a wavelength range of 200 to 650 nm.
- RF-20AXS has a wavelength range of 200 to 750nm.
- Optional PMT or Photo-multiplier (both) to extend to 900nm
- Both detectors have wavelength accuracy of ±2 nm and precision of ±0.2nm.
- Superior with signal-to-noise ratio of at least 1200 for RF-20A and 2000 for RF-20Axs, allowing ultrafast analysis of trace-level analytes.
- Standard cell with a 12uL volume, or, a semi-micro cell with 3uL volume are available.
- Operating temperature 4 to 35°C.
News / Events
-
Shimadzu Scientific Instruments Inc. Opens New Laboratory in the San Francisco Bay Area -Accelerating New Product and Business Development for the Pharmaceutical and Life Science Fields
Shimadzu Corporation has positioned North America as a strategic focus area and is committed to expanding its business. Through this South San Francisco Lab, the company aims to position itself as a market leader by delivering unique, next-generation solutions that contribute to the advancement of the industry.
-
Shimadzu Introduces the User-Friendly Nexera IC Ion Chromatograph for Water Quality Testing
Shimadzu Scientific Instruments introduces the Nexera Ion Chromatograph (IC), a compact, fully automated system designed to streamline water quality testing while delivering accurate, reliable results for users of all experience levels. Engineered for both routine and regulated samples, the Nexera IC combines advanced automation, intuitive software and a space-saving design to reduce manual effort and maintain consistent analytical performance.