- Easy optimization of preparative parameters and scale up
Fractionation simulation for rapid setup of collection logic Column line-up for scale-up from analytical to preparative
- Time- and energy-saving by automation of the purification workflow
Collection of target components at high purity by automated desalting
- Expandable to suit the sample/fraction number and volume
Choose from a wide range of options for recovery scale and analytical detection Problems are resolved simply, to accommodate a variety of needs.
Streamline and Simplify Establishing
the Conditions for Preparative Work
Using the Nexera™ Prep system saves on labor when scaling up from the development of analytical conditions to the conditions for preparative work.
- Fraction Collector FRC-40
- Liquid handler
Preparative Work for Target Components at High Purity Levels and High Concentrations
The Shimadzu UFPLC, Ultra Fast Preparative and Purification Liquid Chromatograph significantly reduces the cost and labor involved in preparative purification.
Additionally, the system not only performs purification of target components, but can also recover impurities with high yield enabling direct impurity analysis.
- UFPLC，Ultra Fast Preparative and Purification Liquid Chromatograph System
Preparative Work for Non-UV Absorptive Components
With LH-40 and FRC-40 able to perform signal-based logic and collection on up to four signal channels, not having a chromophore is not a limitation. Nexera Prep can use LCMS, RID, and ELSD to detect and/or identify targets for purification.
High Separation via Preparative Recycling
By repeatedly cycling the sample through the column, the target component can be resolved and recovered from coeluting species or impurities without the need for longer or multiple columns.
Excellent System Expandability
The solvent delivery unit and fraction collector can be selected to suit the recovery volume.
Additionally, the Shim-pack™ Scepter features excellent scalability from analysis to preparative work, and the preparation of a variety of components is supported by an ample lineup.