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The FP-6500 is the research-grade spectrofluorometer with a minimum 1 nm resolution and a highest sensitivity S/N ratio 200 or greater for the Raman band of water.
The FP-6500 is especially designed to keep in mind in order to meet requirements in biochemistry as kinetics, stopped-flow, titration, or anisotropic measurements.
The FP-6500 is designed to keep GLP/GMP compliance in mind. Built-in low pressure Mercury lamp and UV cut filter enable to the GLP/GMP compliance with validation software which is available as standard.
The FP-6600 is a factory optional model of the FP-6500 which can be covered emission measurement of NIR region up to 1010 nm by using the holographic grating with 900 grooves/mm and R2658P photomultiplier tube for the emission monochromator.
Features
Large Throughput Optics
The sensitivity is one of most important factor in performance of Fluorescence Spectrophotometer. The FP-6500 is proud of S/N ratio for Raman band of water at 350 nm is greater than 200:1 (SBW: 5 nm on both EX and EM, response: 2 sec., peak-to-peak). It corresponds to greater than 2400:1 at same conditions (SBW: 10 nm on both EX and EM, response: 2 sec., RMS) as competitors.
Meeting the Requirements for Biochemistry
A trigger switch for starting measurement is available on the main unit as standard, and also enables to control by an operation on the PC. This function is useful to perform Kinetics analysis. Optional time course software accomplished fast response of 0.1 millisecond, and is very effective for stopped-flow measurement.
Half slit height(L5 and L10 nm) functions for spectral bandwidths enables to meet the requirements on sample measurements using micro cell.
High Quality Optical System
>The optical system utilizes high quality components including a DC-powered 150W Xenon lamp (in a sealed housing), holographic concave grating monochromators, fast EX and EM direct scanning drive, variable slits and horizontal sample illumination. Especially, minimum spectral bandwidth of 1 nm on both EX and Em monochromators can get high resolution data.
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