Waters - Chromatography System | ACQUITY UPC2 System Get latest price

Chromatography System | ACQUITY UPC2 System

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With the ACQUITY UPC² System, the orthogonal capability of normal-phase LC has been elevated to a mainstream technique: Convergence Chromatography.

• The chromatographic principles and selectivity of normal-phase LC
• The ease-of-use and method development simplicity of reversed-phase LC
• The use of gradients across the widest polarity range
• Chiral and achiral separations in one system, with unequaled speed and confidence

Bringing ease-of-use to normal-phase LC

By providing the ability to precisely vary mobile phase strength, pressure, and temperature, the Waters ACQUITY UPC² System gives scientists the power to better control the retention of analytes for separating, detecting, and quantifying structural analogs, isomers, and enantiomeric  and diasteriomeric mixtures.

Unparalleled resolving power and selectivity

With its separation potential for a far broader chemical spectrum of applications than that of reversed-phase LC-based instrumentation, the ACQUITY UPC² System leverages convergence chromatography to enable superior performance, using inexpensive, compressed CO₂ as a non-toxic mobile phase.

Retention mechanisms and orthogonality to RPLC

Harnessing what's now known as convergence chromatography, an evolution of the traditional SFC technique, the ACQUITY UPC² System has the power to create selective separations of structurally similar chiral and achiral compounds.

 The miscibility of CO₂ with a wide range of polar and non-polar organic solvents has made the liquid CO₂-based mobile phase versatile enough to separate a much wider range of compounds than reversed-phase LC, especially for mixtures containing polar compounds. Not only can CO₂-based solvents be used with both polar and non-polar stationary phases, but chromatography can be influenced by modulating solvent gradients with a much wider choice of columns using the same mass spectrometry-compatible co-solvents.

Being orthogonal to reversed-phase LC, UPC² separations often show an inverse order of elution among groups of analytes. In combination with various detection techniques, this orthogonality is valuable for confirming analyte identity in complex matrices.

Read more...

To contact Waters Australia about Waters Chromatography System | ACQUITY UPC2 System use Get a quote.

With the ACQUITY UPC² System, the orthogonal capability of normal-phase LC has been elevated to a mainstream technique: Convergence Chromatography.

• The chromatographic principles and selectivity of normal-phase LC
• The ease-of-use and method development simplicity of reversed-phase LC
• The use of gradients across the widest polarity range
• Chiral and achiral separations in one system, with unequaled speed and confidence

Bringing ease-of-use to normal-phase LC

By providing the ability to precisely vary mobile phase strength, pressure, and temperature, the Waters ACQUITY UPC² System gives scientists the power to better control the retention of analytes for separating, detecting, and quantifying structural analogs, isomers, and enantiomeric  and diasteriomeric mixtures.

Unparalleled resolving power and selectivity

With its separation potential for a far broader chemical spectrum of applications than that of reversed-phase LC-based instrumentation, the ACQUITY UPC² System leverages convergence chromatography to enable superior performance, using inexpensive, compressed CO₂ as a non-toxic mobile phase.

Retention mechanisms and orthogonality to RPLC

Harnessing what's now known as convergence chromatography, an evolution of the traditional SFC technique, the ACQUITY UPC² System has the power to create selective separations of structurally similar chiral and achiral compounds.

 The miscibility of CO₂ with a wide range of polar and non-polar organic solvents has made the liquid CO₂-based mobile phase versatile enough to separate a much wider range of compounds than reversed-phase LC, especially for mixtures containing polar compounds. Not only can CO₂-based solvents be used with both polar and non-polar stationary phases, but chromatography can be influenced by modulating solvent gradients with a much wider choice of columns using the same mass spectrometry-compatible co-solvents.

Being orthogonal to reversed-phase LC, UPC² separations often show an inverse order of elution among groups of analytes. In combination with various detection techniques, this orthogonality is valuable for confirming analyte identity in complex matrices.

Read less...

To contact Waters Australia about Waters Chromatography System | ACQUITY UPC2 System use Get a quote.