Parallel HPLC / SFC
Chromatography / Buchi / Parallel HPLC
Unlock superior extraction capabilities with our cutting-edge supercritical technology, designed for precision, efficiency, and sustainability across diverse industries
Model: Sepmatix 8X Screening SFC
- It is not necessary to spend time adapting methods to the new system or to purchase any new costly HPLC columns. The users can continue to use all the methods and separation material that they were using with their conventional HPLC systems.
- The Sepmatix 8x Screening system can separate substances on eight different separation columns simultaneously. This significantly increases sample throughput.
- The required space for the Sepmatix system is only 55 x 55 x 90 centimetres (W x D X H).
- The Sepmatix 8x Flow Control is available as an analytical version (with flow rates from 0.25 to 1.5 m / min per channel), a semiprep version (1.5 to 6.0 ml / min per channel) and a prep version (6.0 to 20 ml / min per channel).
- The Sepmatix 8x Screening SFC system combines Sepiatec’s proven parallel HPLC technology with the advantages of supercritical fluid chromatography.
- Best peak resolution: The superb Screening Wizard Software clearly displays the separations achieved in up to 80 chromatograms at the same time. The separation with the best peak resolution is immediately discernible. The software considerably reduces the amount of time the user needs for the selection process. The overview display is extremely suitable for presentations. As far as the Sepmatix 8x SFC systems technical features are concerned, only one CO2 pump and one modifier pump are needed. Using Sepiatec’s patented Flow Control the flow is divided into eight channels and regulated exactly by electronically controlled valves.
- High Standard Equipment: A back pressure regulator, an autosampler, an eight channel diode array detector and a column oven for heating and cooling purposes are part of the standard equipment. With minor modifications the Sepmatix 8x SFC system is also suited to chromatography using organic solvents.