Used Applied Photophysics SX-17MV Microvolume Stopped-Flow Spectrofluorometer

Listing description

Features:
Chemical, Biochemical and Biological Fast Reactions
Initiated by Stopped-Flow and Sequential-Mixing Stopped-Flow
Spectrophotometric and Fluorimetric Detection Methods
Stopped-Flow Spectrometer Designed to be Advanced, Flexible, and Adaptable
The SX-17MV Sequential Stopped-flow Spectrofluorometer allows chemical, biochemical and biological fast reactions initiated by stopped-flow and sequential-mixing stopped-flow to be followed using spectrophotometric and fluorimetric detection methods.

The SX-17MV is a very advanced stopped-flow spectrometer. This means that not only does it provide more facilities than conventional stopped-flow instruments but also that conventional features are implemented in a faster, more fluent, more effective way than was ever possible before. It may contain influences from other stopped-flow designs, but it is not a conversion from a conventional stopped-flow instrument. It has been created from scratch to be as advanced, as flexible, as adaptable and still as simple to use as advanced instrument control will allow.

The SX-17MV is more than a conventional stopped-flow spectrometer. It is used by many satisfied customers as their everyday stopped-flow spectrometer, but it can configured for applications as varied as zero-interrupt sequential mixing, time-resolved ultraviolet and visible spectra, low temperature operation, circular dichroism detection, micro-volume quench-flow, asymmetric mixing and protein fold/unfold mixing experiments.

The creators of the SX-17MV come from a background of stopped-flow and advanced spectrometer design and Applied Photophysics is the leading developer of software and hardware products for the study of rapid chemical and biological reactions.

When it was made the SX-17MV MicroVolume Stopped-flow spectrofluorometer was the only stopped-flow instrument in the world with an Applied SVD technology (ASVD) option. It was also the only instrument of its kind to offer Zero-Interrupt Sequential Mixing and Spectra-Kinetic photometrics.

This equipment is located in US