High-throughput Microbial Culture and Screening Platform

Ultra-high-throughput screening capability

Enables screening of millions of cells in a single run, significantly boosting experimental scale and efficiency.

Rapid workflow with short turnaround

Completes full cell library screening within a single day, drastically reducing the R&D cycle.

Natural pairing of heavy and light chains

 Preserves the native pairing from the same clone, ensuring natural antibody affinity and biological activity.

Multiple flexible detection methods

Supports FRET, magnetic bead-based, and reporter cell assays to accommodate diverse experimental designs.

Broad antigen compatibility

Works with both soluble antigens and transmembrane protein antigens, expanding the scope of screening applications.

Superior performance over traditional well-plate methods

 Features low reagent consumption, gentle sorting to maintain high cell viability, semi-automated operation, and effective cross-contamination prevention.

Antibody discovery and screening

Ideal for high-throughput antibody discovery and screening, supporting natural heavy-light chain pairing and compatibility with diverse antigens (soluble/transmembrane), enabling rapid identification of high-affinity antibody clones.

Synthetic Pathway Research

Facilitates high-throughput screening and optimization of synthetic biological pathways, supporting efficient evaluation of metabolic engineering strategies for strain engineering and bioproduction.

Functional Cell Research

Enables single-cell-level functional analysis and screening of various cell types (e.g., plasma cells, memory B cells, hybridomas, CHO cells), accelerating research in immunology and cell biology.

Metabolite Screening

Supports ultra-high-throughput screening of microbial metabolites and high-yield strains, enabling rapid identification of strains with superior productivity in biomanufacturing.

Functional Enzyme Discovery

Powers high-throughput mining and screening of novel functional enzymes, enabling efficient evaluation of enzyme activity and specificity in synthetic biology and industrial biotechnology.

Enzyme Molecular Evolution

Accelerates directed evolution and engineering of enzymes, supporting large-scale library screening to obtain variants with improved catalytic performance, stability, and substrate specificity.