Streamline Flash and Preparative HPLC chromatography with a compact, easy-to-operate unit
The CombiFlash® EZ Prep system from Teledyne ISCO is a dual function purification system that enables the user to perform both Flash and Preparative (Prep) purifications on the same instrument. Eliminating the need for two separate systems, the EZ Prep system provides the flexibility to seamlessly switch between Flash and Preparative HPLC modes without compromising performance. This saves time and lab space in one, durable, compact system.
The EZ Prep also comes equipped with Teledyne ISCO’s PeakTrak® software, a comprehensive package which integrates all detector options for single-point control. Designed with simplicity and ease-of-use in mind, PeakTrak allows even the most novice users to begin purifying samples within minutes.
Performance meets simplicity
The EZ Prep system is perfect for Flash users who occasionally require the resolving power of Prep HPLC and who need the ability to separate a wide range of diverse sample amounts. It meets varying purity requirements with multiple detection options, including UV, UV-Vis, ELSD, and MS.
High-resolution purification for a wide range of applications
The combiflash EZ Prep can be used in a variety of applications, such as organic synthesis, drug discovery, natural products, food additives, dyes, small molecules, peptides, agrochemicals, inorganic ligands, and other research applications.
Standard Features of the flash and preparative HPLC system:
- Up to 3500 psi (240 bar) and 200 mL/min
- Run Prep HPLC columns up to 50 mm in diameter (including 5 µm particle diameter)
- Flash purification for 10 milligram to 33 grams followed by final compound purification on high performance columns
- UV, UV-Vis, ELSD and MS detection options available
- Switch between normal and reverse phase solvents automatically, without user interaction
The CombiFlash EZ Prep system combines Flash and Preparative HPLC chromatography. It’s an essential tool for any lab that requires flexibility and high performance in purification tasks.