Explore our specialized robotic workstations, automated liquid handlers, analytical screening systems, and bioprocessing bioreactors.
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Programmable workstations and precise liquid transfers across plate-based workflows.
Programmable, scheduled workflows coordinating multiple instruments for DNA assembly, PCR, RT-qPCR, in vitro transcription, nucleic-acid analysis, and automated plate processing.
Integrated robotic platform for scheduled microbial cultivation, normalization, passaging, and phenotyping, including coordinated growth monitoring and plate-based measurements.
Programmable liquid handling with integrated thermal cycling and temperature-controlled deck positions for multistep molecular biology and sample preparation workflows.
Acoustic, tipless transfer of small liquid volumes for plate-based experimental workflows.
Automated liquid handling for plate-based microbial and assay workflows.
Integrated automation for scheduled mammalian cell culture and assay workflows, coordinating seeding, feeding, passaging, nucleofection, incubation, and phenotypic readouts.
Flexible programmable pipetting robot for custom, small-batch and multiwell workflows.
Automated liquid handling system for next-generation sequencing library preparation.
Low-volume reagent dispensing into microplates for screening and assay setup.
Automated bulk dispensing for microplate-based assays and sample preparation.
Sample preparation, plate handling, and integrated workflow accessories.
Automated magnetic-bead workflows for nucleic-acid and sample purification.
Instrument-assisted magnetic-bead separation for automated sample preparation.
Automated sealing of microplates for liquid handling and downstream processing.
Plate heat sealing for microplate-based processing and culture workflows.
Automated plate centrifugation within integrated robotic workflows.
Automated microplate washing for assay and sample preparation workflows.
Centrifugation of laboratory samples and vessels for preparative workflows.
Automated agar plate pouring to support microbial culture and colony screening.
Automated tube capping and decapping for integrated mammalian-cell workflows.
Automated removal of plate seals during multi-step robotic workflows.
DNA and RNA workflows, amplification, quality control, and single-cell preparation.
Microfluidic sample partitioning for single-cell sequencing workflows.
Automated electrophoretic sizing and quality assessment of nucleic acids.
Automated nucleic-acid fragment sizing and sample quality assessment.
Automated thermal cycling for PCR and related reactions within robotic workflows.
Real-time PCR for nucleic-acid quantification and assay measurements.
Digital PCR system combining ProFlex flat-block thermal cycling with QuantStudio 3D chip readout for nucleic-acid quantification.
Fluorescence-based quantification of DNA, RNA, and proteins.
Population and single-cell measurements, imaging, and plate-based phenotyping.
Dual-laser flow cytometry for cell population, fluorescence, and assay measurements.
Spectral flow cytometry for multiparameter cell analysis.
Spectral flow cytometry with cell sorting.
Multiwell-plate optical readouts for screening and quantitative assays.
Automated time-course growth monitoring of microbial cultures in microplates.
High-content automated microscopy for imaging and phenotypic screening.
Automated colony picking to support microbial variant screening and arraying.
Microplate absorbance measurements for routine growth and assay readouts.
Automated cell imaging and multimode plate measurement for mammalian assays.
Inverted microscopy for routine observation of adherent mammalian cell cultures.
Cell engineering, controlled culture, and supporting infrastructure.
Plate-format electroporation for delivery of nucleic acids and other cargo into mammalian cells.
Automated, controlled-atmosphere incubation for mammalian cell culture.
Controlled CO₂ incubation for routine mammalian cell culture.
Temperature- and CO₂-controlled shaking incubation for specialized cell-culture workflows.
Class II biosafety cabinet supporting aseptic mammalian cell handling.
Chromatography, spectroscopy, and analytical measurements.
Liquid chromatography, ion mobility, and high-resolution mass spectrometry for molecular characterization.
Liquid chromatography with UV and refractive-index detection for process-sample analysis.
UV-visible absorbance analysis of biological and process samples.
Biochemical analyte measurements for fermentation monitoring and process development.
Routine laboratory light microscopy and image capture for process samples.
Controlled cultivation, process optimization, and scale-up experiments.
Eight benchtop bioreactors for parallel microbial process development and optimization.
Controlled bench-scale bioreactor for microbial cultivation and process studies.
Controlled stirred-tank fermentation at 3- and 20-L vessel sizes.
Steam-in-place (SIP) Bioengineering bioreactor for controlled fermentation and microbial process-development studies.
Steam-in-place bioreactor supporting larger-scale microbial fermentation and process development.
Steam-in-place bioreactor for fermentation scale-up and process-development studies.
Multi-level orbital shaking incubation for parallel microbial cultivation.
Preparation and sterilization of culture media for bioprocess workflows.
Separation, concentration, drying, and recovery operations.
Tangential-flow filtration for product or biomass concentration and buffer exchange.
Laboratory spray drying for downstream product and formulation development.
Freeze drying for preservation, stabilization, or formulation of biological materials.
Centrifugal separation for biomass and other bioprocess samples.
Specialized precision fabrication equipment listed through Engineering.
Direct-write optical lithography for rapid fabrication of micro-scale patterned devices.
Tell us about your experimental workflow, target assays, or scale-up requirements. Our scientific and engineering staff can help configure equipment, design automation protocols, and plan pilot runs.
