Multi Position Evaporation Station (mVAP)

The GERSTEL Multi-Position Evaporation Station (mVAP) performs solvent evaporation enabling automated sample concentration for lower detection limits as well as solvent exchange for improved chromatography and LC/MS ionization.

Request a quote

Description

Features

Documents

Video

The GERSTEL Multi-Position Evaporation Station (mVAP) performs solvent evaporation integrated with your sample preparation enabling automated sample concentration for lower detection limits as well as solvent exchange for improved chromatography and LC/MS ionization. Concentration is performed at user defined temperature, agitation and vacuum levels enabling highly flexible operation with mild temperature conditions and limited analyte loss.

Concentration in the GERSTEL Multi-Position Evaporation Station (mVAP) can be combined with a wide variety of sample preparation and clean-up techniques such as SPE, dispersive SPE (DPX), liquid/liquid extraction or filtration with the significant benefit of automated injection of the concentrated sample into a GC/MS or LC/MS system.

Every step is controlled by mouse-click using the MAESTRO PrepBuilder. Just one method and one sequence table is needed for the entire process including GC/MS or LC/MS analysis.

Efficient concentration of extracts and solutions under controlled conditions
Up to 196 samples in standard autosampler vials can be concentrated in batches of up to six.
Improved limits of detection
Solvent exchange for GC/MS or LC/MS analysis
Concentration in combination with all sample preparation techniques (SPE and dispersive SPE (DPX), Liquid-liquid extraction and membrane extraction (MASE), Centrifugation and Filtration)
Reproducible sample preparation through uniform processing of all samples
User defined mild evaporation conditions enable maximized analyte recovery
Condensation-free and safe removal of solvent vapours
Contamination-free through use of sealed autosampler vials
Reduced staff exposure to potentially toxic solvents
Concentration directly from elution/sample vials
No need for cumbersome manual liquid transfer
Automated loading of 2 mL, 4 mL, and 10 mL vials into mVAP
Parallel evaporative concentration of up to six samples
Controlled evaporation through user defined temperature, vacuum, and agitation levels
Efficient PrepAhead overlapping of sample preparation and analysis