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Analysis





 Add fractionation capabilities to the analytical SFC system  System configuration examples




 Upgrade to an analytical fraction system  SFC-UV / SFC-MS System

 By adding a fraction collector to the analytical scale SFC, small-volume fractionation is possible. A complete   This is the minimum setup of Nexera UC and can replace both normal
 workflow, from method development to fractionation, can be carried out seamlessly on one system.  phase and reverse phase HPLCs. A wide range of analyte polarity can
               be covered by the combination of supercritical CO2 and modifiers (for
               example, MeOH). Hazardous  organic  solvents  such as hexane or
               chloroform are eliminated. In addition, the system reduces
               environmental impact by utilizing low-toxicity mobile  phases and
               completing analyses in a shorter time. Both UV-Vis and MS detectors
               such as the triple quad LCMS-8050 can be successfully coupled with
               this SFC system.





 Fraction collector
 FRC-40 SF
 Nexera UC
                   Chiral Screening System

               This system is best for developing methods to separate chiral
               compounds. It automatically generates a large number of
               methods by utilizing combinations of up to 12 columns, four
               modifiers, and a different ratio of modifiers to mobile phase.
 Small-volume fractionation is possible


 The  patented  gas–liquid  separator,  the  LotusStream   successfully  reduces  sample  dispersion due to  the
 ™
 volumetric expansion of CO2. It allows fractionation of small volumes, even into vessels such as 1.5 mL vials.
 The optical isomers of linalool were fractionated with high purity.
 mAU

 (+)-Linalool
 (−)-Linalool
                   Nexera UC/s UHPLC / SFC Switching System


               This system can switch automatically between SFC analysis and UHPLC analysis and make measurements on a single
 0.0  0.5  1.0  1.5  2.0  2.5  3.0  3.5  min  sample in each separation mode. It enhances user-friendliness and operability by allowing the investigation of
 Preparative chromatogram of linalool  separation conditions and performing reverse-phase high-speed analysis in a single system. Shimadzu also
               provides a kit to upgrade from your current UHPLC system to the UHPLC/SFC switching system.
 mAU



 (+)-Linalool
 (−)-Linalool

 0.0  0.5  1.0  1.5  2.0  2.5  3.0  3.5  min
 Reanalysis chromatogram of the recovered solution








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