Automated Workstations
Automated workstations bring precision, consistency, and scalability to life science workflows. By combining robotics, sensors, and intelligent software control, these systems automate complex laboratory processes, reducing hands-on time and improving reproducibility from research through biomanufacturing.
Understanding Automated Workstations
Automated workstations are designed to perform laboratory tasks with minimal human intervention. Depending on the system, they can automate cell line development, single-cell isolation, NGS library preparation, or other critical workflows.
These platforms combine mechanical precision with software control, allowing scientists to plan, monitor, and reproduce complex workflows reliably. By standardizing key steps and removing operator variability, automated workstations improve throughput and consistency, enabling researchers to focus on discovery and analysis.
Whether it is handling single-cell workflows, maintaining cell cultures, or manufacturing IVD tests, these systems deliver reliable, reproducible results across a variety of applications.
APPLICATIONS
Cell Line Development
The C.STATION by CYTENA simplifies stable cell line creation by automating tasks such as single-cell seeding, expansion, and clone selection.
Workflow Standardization
Single-Cell Analysis
Workstations such as cellenONE HT by Cellenion enable precise and high-throughput isolation of individual cells for genomics, transcriptomics, or proteomics applications.
IVD tests and drug delivery device manufacturing
High-Throughput Research
Integrated systems allow researchers to scale operations efficiently, supporting large studies and high-throughput screening without compromising accuracy.
