Drug Development and Discovery

    Workflow solutions from Biotage

    Biotage have been providing solutions for drug discovery for over thirty years. From synthesizers to purification systems, work-up products to evaporators, laboratory scale to large scale, Biotage have developed a complete workflow for organic and large molecule development that vastly increases the efficiency of the processes and greatly reduces the cost in time and money required to create new molecules. Our customers include some of the largest pharmaceutical companies in the world, contract research organizations and academic institutions, and for many chemists the Biotage name is synonymous with the techniques we support.

    Explore our workflow solutions by clicking on the titles of the boxes below, or navigating the ‘products and services’ menu at the top of the page.


    Organic chemists synthesizing new molecules follow a general workflow with Synthesis, Purification, Work-Up and Evaporation steps. Biotage has developed tools for every step of the process to expand the range of options and in order to truly accelerate discoveries of new molecules for future innovations.

    The peptide synthesis workflow involves synthesis, purification and evaporation steps.  Biotage has developed a range of tools to increase speed and efficiency of all steps of the peptide synthesis workflow, while improving the quality of peptides synthesized.

    The industry standard purification platform: Biotage(R) Flash 75/150/400 and Isolera LS systems are built to last.  With robustness and safety in mind, these systems need minimal maintenance and significantly reduce plant time.

    Biotage have developed a range of consumables and systems for the chromatographic purification of proteins by the novel technique of dual flow chromatography, giving enhanced separations for optimum sample purity.

    Automated purification of transfection-grade, supercoiled plasmid DNA by our unique PhyTip® column technology.

    Biotage supported reagents and scavengers are based on functionalized polystyrene or silica polymers. They are inert, specifically-reactive and clean additives deployed to achieve a specific goal.