High precision, clonal isolation technology that uses light to manipulate individual cells into nanopens. Integrated timelapse microscopy allows assessment of soluble, or membrane bound targets and assessment of cell doubling before live, clonal populations are exported. Faster and scalable selection of high producing clones or target cells of interest.

Increase the capacity for knowledge-driven clonal selection using the Culture Station System. Used in partnership with the Beacon Optofluidic system for increased clone isolation and selection capacity.

A high throughput, automated microbioreactor system, allowing 48 parallel cultivations, at 10-15 mL scale. This platform enables selection of the optimal clones, media and feeds using small-scale bioreactor conditions, to ensure seamless scale-up.

A high throughput, automated bioreactor system with 24 fully featured single-use 100-250ml mini bioreactors. The system enables process development and process optimization in a reproducible, reliable, scalable system.

Metabolite analyser and cell viability counter. Uses optical measurement and freezing point osmometry for automated metabolomic analysis of Gluc, Lac, Gln, Glu, NH4+, Na+, K+, Ca++,pH, PCO2, PO2, total cell density, viable cell density, viability, cell diameter, and osmolality. System may be used as a stand-alone instrument or integrated with the Ambr 15 or Ambr 250

Scalable static or flow electroporation for high-yield, transgene expression. Transfection of 75,000 - 20 billion cell, faster production of stable clones. ISO-certified and scalable production of proteins.

Multiplex marker analysis, cell population enrichment or single cell isolation based on

Quantitation and kinetic analysis, titer of IgG and other proteins, reagent qualification, immunoassay development, bioprocess development, quality analysis, crude antibody screening, epitope binning/mapping, ligand binding assays, small molecule analysis, elucidating cell signalling mechanisms,

An automated, closed and flexible, cell therapy manufacturing platform. seamlessly integrates multiple steps, including upstream and downstream processing for a complete cell manufacturing solution.

Digital droplet PCR for absolute quantification of nucleic acid sequences. Offers improved inhibitor tolerance, precision, reproducibility and sensitivity relative to standard PCR. 

A desktop DNA Printer. Rapid, reliable oligo sequence synthesis up to 50 bases in length to support your evolving research needs.

A lipid nanoparticle (LNP) assembly system. Ignite uses NxGen™ microfluidic technology for automated assembly of genomic medicine delivery allowing for incorporation of effector sequences or molecules within LNPs.

A real-time PCR system for quantification of nucleic acid sequences. The system offers RFID-enabled workflows, interchangeable blocks (96 and 384-well) and remote monitoring.

Sequence confirmation using Sanger sequencing and fragment analysis for De novo sequencing, Targeted sequencing Plasmid Sanger sequencing, CRISPR-Cas9 genome editing confirmation, Cell line authentication Detection of SNPs

Automated electrophoresis platform for nucleic acid and protein sample quality evaluation.