Advanced Applications powered by Advanced Technology

Gentle Single-Cell Technologies for Precision Biology

Genome-engineering technologies, in particular CRISPR-Cas9, have opened tremendous and exciting opportunities for life sciences. It empowers the dissection of molecular mechanisms underlying human disease, generating tailored and patient-specific disease models as well as establishing powerful cell models for drug discovery. Our gentle single-cell technologies empower researchers to fully exploit these opportunities by automating and streamlining associated single-cell cloning and single-cell isolation workflows.     

The precise isolation of a single cell from a heterogeneous population is crucial to single-cell omics. Manual single-cell isolation is a time-intensive, laborious and error prone task. However, our easy-to-use, compact and automated single-cell isolation solution facilitates gentle, precise and efficient single-cell picking. Take advantage of transferring verified single cells flexibly into formats compatible with your assays, including well-plates, PCR tubes and mass-spec vials.  

Discovery and production of recombinant proteins and monoclonal antibodies requires gentle and efficient single-cell cloning automation for single-cell cultures of hybridomas or production cell lines, such as HEK or CHO cells. 

Our gentle and automated single-cell handling technologies greatly simplify single-cell isolation and cloning of hybridomas and production cells.   

Cloning Platform

Accelerate your cell-line development workflow with powerful automation for single-cell cloning - from single cells to clonal cultures in no time

Picking Platform

Empower your single-cell workflows with efficient and gentle single-cell isolation automation. Transfer single cells flexibly into various formats compatible with your assay.

Learn More

Want to find out more about our applications? Contact one of our knowledgeable experts today, visit our resources page, or request a product demo to see the platforms in action.