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How laboratory automation supports modern scientific applications
Laboratory automation applications span the full spectrum of modern scientific workflows—from sample preparation and screening to cell culture, bioproduction, and quality control. By integrating robotic systems, workflow scheduling software, and connected data platforms, laboratories can automate repetitive processes while improving throughput, reproducibility, and traceability. From automating a single instrument to implementing total lab automation across interconnected workflows, these solutions enable scalable, data-driven research environments. As scientific demands grow more complex, laboratory automation plays a critical role in accelerating discovery and enabling smarter, faster science.
New to laboratory automation? Explore the key benefits and advantages of automation and how it transforms modern research workflows.
Synthetic biology
Automate construct design, cell line maintenance, and product extraction, purification, and characterization.
Drug discovery
Manage and screen compound libraries, pick hits, run secondary assays, and profile active compounds with precision and speed.
Biologics
Support large molecule workflows from cell culture to purification and LC/MS-based characterization.
Analytical characterization
Integrate LC or LC/MS into your automated workflow for consistent, high-quality analytical data.
Next-generation sequencing
Automate DNA/RNA extraction, library preparation, fragmentation, and pooling for streamlined sequencing workflows.
ELISA
Automate plate assembly, incubation, and detection on a compact, integrated, workstation.
Cellular biology
Automate cell cultures workflows including feeding, splitting and incubation-maintaining optimal conditions with precision.
Pathogen screening
Automate sample processing for qPCR or antibody detection, with scalable workstations to match your throughput needs.
Ready to optimize your application workflow?
For Research Use Only. Not for use in diagnostic procedures.