Pioneering the Future of Single-Cell Dispensing Workflows
Single-cell applications enable the isolation and analysis of individual cells to uncover cellular heterogeneity, identify rare populations and generate deeper biological insights. Key applications include single-cell omics with a special focus on sample preparation for single-cell proteomic workflows, single microbial research and synthetic biology as well as cell line development and engineering.
Common challenges across single-cell dispensing applications
Key challenges include isolating rare cells with high accuracy, minimizing sample loss and contamination, maintaining viability and scaling workflows while ensuring reproducibility and regulatory compliance.
EXCEPTIONAL SINGLE-CELL RECOVERY WITH PRESERVED VIABILITY
SCALABLE AND REPRODUCIBLE WORKFLOWS
Custom gating based on morphology, fluorescence, and viability enables precise, reproducible isolation of targeted cell subpopulations.
Precise low-volume dispensing supports complete single-cell workflows, including cell isolation and miniaturized sample preparation, enabling more sensitive, reproducible analyses while significantly reducing reagent use and costs.
Real-time image-based verification ensures reliable single-cell deposition by preventing doublets and empty wells, while gentle dispensing preserves viability and supports robust clonal expansion of sensitive and engineered cell types.
Automated workflows reduce hands-on time, simplify daily operation and deliver highly reproducible results from research to high-throughput applications.
