Capabilities
Access individual capabilities or combine them across experimental workflows.
Methods, measurements, and automation
Sequencing library preparation
Sample preparation, barcoding, and library construction for downstream sequencing.
Genotyping & qPCR
Targeted validation, gene expression, and variant characterization.
Flow cytometry / FACS
Population analysis, single-cell measurements, and sorting.
Imaging & phenotyping
Imaging, microscopy, multiwell measurements, and phenotypic assays.
HPLC & mass spectrometry
Product, metabolite, and analytical characterization.
Automation & data workflows
Liquid handling, robotic execution, workflow integration, and LIMS-supported sample tracking
Synthetic Biology & Genetic Engineering Workflows
Automated DNA assembly, library construction, and screening workflows supporting applications from genetic variant testing to microbial strain engineering.
Library Construction & Reaction Setup
Assemble plasmids, DNA constructs, and genetic libraries using automated, miniaturized reaction setup, including arrayed or pooled designs.
Transformation & Host Workflows
Transform DNA constructs, select clones, and automate colony handling and culture setup. Adapt workflows to different microbial hosts and project requirements.
Functional Screening & Phenotyping
Screen genetic, strain, protein, and enzyme variants for growth, expression, activity, and other functional properties using miniaturized assays, fluorescence, imaging, and kinetic measurements.
Molecular & Analytical Characterization
Characterize DNA constructs, genetic variants, and biological samples using sequencing, genotyping, qPCR, HPLC, mass spectrometry, and other analytical methods.
1,536
Automated reactions per run
PCR · DNA assembly · IVT
960 wells
Growth monitoring
Real-time · growth-triggered automation
Mammalian Cell Engineering & Screening
Automated workflows for mammalian cell culture, genetic modification, reagent delivery, and arrayed cell-based assays.
Cell Culture & Maintenance Workflows
Automate the culture, expansion, passaging, and maintenance of mammalian cells, including iPSCs, adherent and suspension cell lines.
Cell Engineering & Reagent Delivery
Introduce genetic modifications and deliver reagents using nucleofection, transfection, and other established methods, with workflows adapted to different cell types and applications.
Arrayed Screening & Cell-Based Assays
Screen genetic perturbations, compounds, and experimental conditions using automated cell-based assays, fluorescence, imaging, and other functional or phenotypic readouts.
Cell-Line Development & Characterization
Generate and characterize modified cell lines through genome editing, clonal isolation, expansion, genotyping, and other molecular and functional analyses.
96-well
Arrayed cell engineering
384-well
Screening format
Microbial Bioprocessing & Scale-Up
Bioprocess development, optimization, and scale-up to support the transition toward pilot-scale operations.
Process Development & Screening
Evaluate microbial candidates under controlled, process-relevant conditions using parallel small-scale systems.
Fermentation Scale-Up
Develop and scale batch, fed-batch, or continuous processes across multiple working-volume steps.
Process Optimization & Analytics
Develop and scale up batch, fed-batch, or continuous processes across multiple working volumes.
Downstream Processing & Recovery
Develop and adapt recovery, concentration, and stabilization workflows according to product characteristics and project requirements.
0.2-200 L
Working volume range
8 x 1 L
Parallel bioreactors
Process development
Our team works with researchers to implement, adapt, and automate experimental methods. Organism-specific engineering, biological design requirements, and non-routine workflows are assessed during project scoping.
Want to work with the platform?
Tell us about your project, workflow, platform-access need, or technical challenge. We’ll help identify the right capabilities and next step.