Sartorius ALS CellCelector Automated Cell Imaging and Picking System with Robotic Micromanipulation

The Sartorius ALS CellCelector is an advanced automated cell imaging and picking system engineered for high-precision single-cell isolation and manipulation. It integrates an Olympus CKX41 inverted microscope with a scientific-grade CCD camera to deliver high-quality brightfield and phase contrast imaging, critical for accurate cell identification. The system features a precision robotic arm coupled with a high-accuracy syringe pump and micro-capillary aspiration modules for gentle and controlled single-cell or cell-cluster picking, essential in applications such as single-cell cloning, cell line development, and rare cell selection.

Key technical specifications include:

This platform is widely adopted in biotechnology workflows requiring precise live-cell imaging, molecular diagnostics, and bioprocessing tasks. It is highly relevant for researchers focused on synthetic biology, biopharmaceutical production pipelines, and gene editing workflows, providing reliable and consistent performance in automated single-cell isolation and high-content cytometry environments.

Overall, the Sartorius ALS CellCelector system supports high-throughput, contamination-free cell picking essential for biomedical engineering, cell biology research, and clinical diagnostics. Its modular design and comprehensive microplate compatibility make it a valuable tool for automated cell manipulation and imaging in biomanufacturing and molecular cloning workflows.