Chiral Separation

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SMall or Large scale chiral separation

We deliver finished compounds at scales for milligram to kilogram. Often smaller samples are processed in a few days, and the processes we develop are scalable as your program needs escalate.

Highly pure or isomerically pure test samples of drugs in development not only guarantee more reliable results, but are also absolutely required for certain types of testing – toxicity, for example. Waiting for a scalable chemistry process that can deliver material of high purity and chiral purity can delay a program. Our chromatography processes deliver qualified compounds fast.

The Averica Advantage

Fast and Easy To Scale-Up

Averica’s chromatography systems contain custom innovations, delivering the fastest turnaround and highest recovery without sacrificing any quality. Upon completion of a project clients receive highly pure compounds, an optimized method, and detailed reporting and analytics.

Averica’s depth of experience with HPLC method development and method qualification makes us uniquely suited to provide chromatography methods that result in projects delivered on time and on target.

Chromatography Solutions that fit your timeline and budget

Chiral Separation & Evaluation of Enantiomers

Chromatography is your best solution for enantiomer supply at the early and intermediate stages of lead candidate profiling.
Chiral separation is fast and easy to scale-up, so that you don’t have to worry about compound supply while moving a discovery program toward development.
The high efficiency of preparative SFC delivers highly pure compound from milligrams to kilograms.

Chiral Method Development

We can develop chiral chromatography methods that are:

Preparative Chromatography

Preparative chromatography also offers a reliable and cost-effective purification solution.
Whether polishing a batch of compound to achieve a hard-to-meet purity standard, producing reference standard material, removing a problematic impurity, or isolating an unknown degradant; we apply the same highly efficient preparative SFC and HPLC technology to solve the problem