DAC Columns For Liquid Chromatography (High Pressure)
PREPARATIVE CHROMATOGRAPHY SYSTEMS Industries BioPharmaceutical Nutraceuticals Highly potent API Insulin Hormones Peptide separation & purification Highly potent API DAC COLUMNS Sanitech delivers state-of-the-art preparative chromatography systems tailored to client separation and process requirements while meeting all international regulatory standards. Every system undergoes complete qualification and thorough testing during both Factory Acceptance Testing (FAT) and Site […]
DAC Columns For Liquid Chromatography (Medium & Low Pressure)
PREPARATIVE CHROMATOGRAPHY SYSTEMS DAC Columns For Liquid Chromatography (Medium & Low Pressure) Industries BioPharmaceutical Nutraceuticals Highly potent API Insulin Hormones Peptide separation & purification Chiral compound/Stereo isomers separation DAC COLUMNS Sanitech delivers state-of-the-art preparative chromatography systems tailored to client separation and process requirements while meeting all international regulatory standards. Every system undergoes complete qualification and […]
Static columns for Liquid Chromatography (Medium & Low Pressure)
PREPARATIVE CHROMATOGRAPHY SYSTEMS Industries Pharmaceutical BioPharmaceutical Food & Beverages Peptide separation & purification Insulin Purification Purification of mAbs and Vaccinces Recombinant Proteins Plasma Fractionation Constructed from premium stainless steel (316 or 316L based on requirements), Sanitech columns feature inner surfaces polished to Ra < 0.3 µm. Column flanges are bolted rather than welded to the […]
Ion Exchange System
PREPARATIVE CHROMATOGRAPHY SYSTEMS Industries Nutraceuticals Dairy Demineralisation and softening Salt conversion De-colorization De-acidification Hydrolysis and enzymatic conversion The ion chromatography separation process is based on ionic or electrostatic interactions between ionic and polar analytes, eluent ions, and ionic functional groups fixed to the chromatographic support. Ion chromatography separation involves two mechanisms: ion exchange through competitive […]