Integrated Automated Workflows

Driving scientific discovery through automated workflows.

By adopting automated workflows, laboratories can effectively improve their scientific output by reducing manual labor and associated risks and allow for samples to be treated with consistency.

Scale Throughput Efficiently: Seamlessly integrate multiple systems, such as the chemagic™ 360, to meet increasing demand within laboratory footprint’s constraints.
Maximize "Walk-Away" Capacity: Substantially increase hands-off time, allowing highly skilled staff to focus on data analysis and experimental design rather than repetitive liquid handling.
Extend Functional Capabilities: Incorporate modular tasks directly into a continuous, automated stream.

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For research use only. Not for use in diagnostic procedures.

Featured workflow: Nucleic Acid Extraction

Revvity explorer G3 for DNA extraction high throughput analysis with chemagic 360 and Fontus 8i Mini

The integration of the chemagic™ 360 instrument and the explorer™ G3 workstation is designed to handle a vast array of sample types and volumes, providing a robust foundation for downstream applications like NGS, (q)PCR, and biobanking.
Flexible and scalable application examples:

Genomics & Biobanking: Automate DNA extraction from challenging sources like dried blood spots (DBS), followed by automated fragment size analysis and normalization before long-term storage or library prep.
Liquid Biopsy Research: Streamline the processing of cfDNA from plasma, urine, or CSF (0.5–8 ml). The workflow manages everything from tube sorting and decapping to final dPCR / qPCR setup.
Pathogen Detection: Rapidly extract nucleic acids from a variety of microorganisms. The system automates the critical bottleneck of tube-to-plate transfers and reagent addition, accelerating the path to endpoint analysis.