Sepiatec’s solutions include Sepbox systems for the automated separation of compounds from natural sources using two-dimensional HPLC and HPLC-SPE coupling; Sepmatix HPLC systems which work with 8 channels in parallel to speed up method development significantly; and the SFC version of the Sepmatix system, which combines Sepiatec’s parallel technology with the advantages of SFC to be faster, safer and more cost-effective.
Sepiatec’s Prep SFC M5 system is a preparative system for separating chiral and achiral samples using supercritical fluid chromatography. The Prep SFC M5 system can be configured in a variety of ways with different equipment to fulfill multi-function of analysis, preparation and semi-preparation.
This preparative SFC system is a compact benchtop unit designed for preparative separation using supercritical fluid chromatography (SFC). It is also designed for the preparative separation of natural products, synthetic products and chiral drugs, and offers high reliability in a compact benchtop design, saving precious laboratory space.
A large proportion of pharmaceutical drugs are related to natural products. To assist research into the many promising substances which remain undiscovered or untested, the compact Sepbox series is designed for the automated separation of compounds from natural sources (such as Traditional Chinese Medicines) using 2D HPLC (High Performance Liquid Chromatography) and SPE (Solid Phase Extraction) coupling.
A large proportion of pharmaceutical drugs are related to natural products. To assist research into the many promising substances which remain undiscovered or untested, the Sepbox series is designed for the automated separation of compounds from natural sources (such as Traditional Chinese Medicines) using 2D HPLC (High Performance Liquid Chromatography) and SPE (Solid Phase Extraction) coupling.
HPLC technology is widely used in many fields of pharmaceutical and biotechnology research and Quality Control, but physical limitations affect the level of throughput when using large numbers of automated HPLC systems in parallel. The Sepmatix parallel HPLC system overcomes these limitations by means of Sepiatec's unique patented flow control technology.
HPLC technology is widely used in many fields of pharmaceutical and biotechnology research, but physical limitations affect the level of throughput when using large numbers of automated HPLC systems in parallel. The Sepmatix parallel SFC system overcomes these limitations by means of Sepiatec’s unique patented flow control technology.