Sample preparation (for e.g. reactions, formulations, analytics, QC) is a ubiquitos element in many labs. However, this work is often still done manually and binds highly qualified resources to very time-consuming, tedious, error-prone and repetitive tasks.
Library synthesis and reactions screening in research (μL to mL) require complex workflows and demanding reaction conditions, such as wide temperature as well as pressure range, reflux, work-up, analytics, inertization. As a result, molecular diversity and novel routes are often required, meaning more and more experiments, typically with the same resources.
Process development aims at truly mimicking the final industrial production process (incl. reaction preparation, chemical reaction, work-up, analysis). Integrated reaction sequences regarding a number of critical process parameters have to be optimized simultaneously and requires a high degree of flexibility.
The development of new formulations is very complex, as complex compositions and sensitivity formulation processes have to be optimized at the same time. This usually results in a vast number of experiments necessitating smart planning, as well as a substantial investment in time.
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The application of your formulated products genuinely requires a maximum of accuracy and reproducibility. As a result, there is an inherent need for sophisticated technology and maximum automation.
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The testing of your formulated products genuinely requires a maximum of accuracy and reproducibility. As a result, there is an inherent need for sophisticated technology and maximum automation.