Used WATERS 2695 #9165850 for sale

Manufacturer
WATERS
Model
2695
ID: 9165850
Separations module With MICROMASS Quattro Premir XE.
WATERS 2695 is a liquid chromatography (LC) system with a quaternary gradient pump, a diode array detector, and an autosampler, allowing users to select and run samples with a single button. It offers the advanced chromatography, detection, and quantitation capabilities needed to effectively analyze biological and pharmaceutical samples. 2695 is equipped with an adjustable metering pump that is capable of delivering up to 8ml/min of gradient eluent. It is capable of up to 99 valve and sampling positions, making it suitable for applications like gradient elution chromatography (GEC) and other, more complex multiple sample analyses. The diode array detector can be used with a variety of flow cell styles to measure absorption, fluorescence, and reflected light. The autosampler can handle up to 100 samples, and can be used in conjunction with a variety of systems, including waste exchange and sample pre-concentrator systems. WATERS 2695 is compatible with a variety of analytical software packages, making it easy for users to manage, analyze, and report their data. The software also provides multiple programming options for unattended experiments and integration with LC/MS systems. Additionally, the system is self-diagnostic, offering an internal quality assurance check for maintenance and troubleshooting of the system. Overall, 2695 is a reliable and versatile spectrometer, offering a comprehensive array of features that make it well suited for a variety of LC applications. Its ability to measure the absorption, fluorescence, and reflected light, makes it a great choice for analyzing both biological and pharmaceutical samples. Its adjustable metering pump, diode array detector, and autosampler make it a perfect choice for applications that require high levels of precision and accuracy. Finally, its self-diagnosis capabilities and easy integration with multiple analytical software packages make it an ideal choice for a wide range of research and laboratory applications.
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