Used WATERS 2695 #9262630 for sale

Manufacturer
WATERS
Model
2695
ID: 9262630
HPLC System Type: Quaternary With 2996 photodiode array detector LAC/E32 Acquisition server Digital display Programmable controls Separations module Column compartment CE Marked Power: 100-240 Volts, 50/60 Hz, Single phase, 9.50 Amps.
WATERS 2695 Spectrometer is a high performance liquid chromatography (HPLC) instrument that is designed for a wide range of applications involving the separation and analysis of compounds. 2695 features a number of components capable of delivering high-resolution separations for a range of compound types. The spectrometer has a data system that consists of a binary pump, a diode array detector, an autosampler, and a column oven. The binary pump delivers a precision, flow-regulated mobile phase to the column at constant pressures up to 600 bar. The diode array detector is capable of gathering information from a broad range of wavelengths, allowing for extremely sensitive detection of compounds and better resolution of closely related components. Additionally, the autosampler variably increases the instrument's sample intervals for improved resolution during sample preparation. Finally, the column oven maintains a precise temperature for sample separation, allowing active compounds to remain separated and stable over time. WATERS 2695 Spectrometer also features integrated software for data acquisition and processing. The software is capable of processing a wide variety of formats and data types including UV, fluorescence, and mass, and can be used to generate high-resolution chromatograms and peak purity evaluations. Additionally, the integrated software includes a variety of features for quantification and calibration of samples. Overall, 2695 Spectrometer is a powerful, high-performance instrument designed for the resolution and analysis of a wide range of compounds. The instrument includes components capable of delivering high-resolution separations, an integrated software for data acquisition and processing, and features for quantification and calibration of samples.
There are no reviews yet