Biosensor Systems, Automated Products & Reviews

The xCELLigence RTCA ePacer provides an easy and effective way to produce functionally mature hiPSC cardiomyocytes. The ePacer improves the maturation status of the cardiomyocytes in 2-3 weeks using precise and electrical pacing conditions over different time durations. The simple pacing protocol, using precise and consistent electrical pacing conditions, improves the functionality of hiPSC cardiomyocytes and their response to…

Multiplate live-cell analysis system

Enables the direct capture and quantitation of different serotypes of AAV in crude lysates, column eluates, cell lysates and cell culture supernatants using the CaptureSelect™ anti-AAVX ligand. Total AAV capsid is determined by this quantitation technique.

Extending walk-away time while delivering fast, reproducible and high-quality data The Gator® Pro instrument is designed for fast, automated, high-throughput analysis. Thirty-two spectrometers enable high frequency parallel measurement of up to 32 samples. Three sample plates enable automated data acquisition of 1152 samples per batch.   

Implementing BLI in Academia and Industry Made Easy The Gator® Pilot instrument is designed for low-throughput analysis. Four spectrometers enable high-frequency parallel measurement.            

Achieve high-quality data for both thermally unstable proteins as well as extended assay times The Gator® Pivot instrument is designed for intermediate-throughput analysis. 16 spectrometers enable high frequency parallel measurement of up to 16 samples. It is also equipped with temperature and evaporation control that alleviates concerns about analyzing thermally unstable proteins and the risk of sample evaporation during exte…

Simple 9-Test Cell Culture Chemistry Analyzer

Disruptive technology for the characterization of small molecules and fragments. With enhanced sensitivity, expanded thermal options, and advanced microfluidics, the Carterra Ultra™ platform is our most sensitive instrument for interrogating multiple proteins and off-target binding in parallel.

Disruptive Technology for Screening and Characterization. Enhanced sensitivity and fast data collection rate build upon unmatched capabilities in throughput and enable assays such as TPDs/PROTAC®s, kinase, cytokines, DELs, and protein:protein inhibitors.

Simplify your workflow and save valuable laboratory time with the fully automated MACS® Sampler, a perfect extension for the MACS® Matchmaker instrument, allowing you to fully integrate automatization solution for your interaction studies.

With the MACS® Matchmaker you can experience a robust platform that delivers quantitative data on binder affinity, kinetics, and specificity in complex samples. Unlock new possibilities in your research today – because every target deserves its perfect match!

Oxygen unit for oxygen regulation in the ClinoStar system

OpenSPR® provides real-time, label-free SPR data at a fraction of the cost of existing solutions. Highly sensitive while being simple to maintain and operate, OpenSPR has been used by hundreds of researchers to generate publication-quality data.

All-in-one bioreactor applicable with the ClinoStar system

The advantage of ductless on a traditional fume hood structure with lower operating and energy costs.

Compact pH / PCO2 / PO2 Analyzer

Dip-in probes with a generic surface chemistry that can couple a wide range of biomolecules

Binds biotinylated proteins with near covalent linkage. Sensors can be fully regenerated 20+ times using the Flex SA reagent kit (not included). 24 biosensors included.

Binds biotinylated or AviTag containing biomolecules. For use in kinetic measurements or in creating custom-made biosensors.

Binds IgGs of various species, including human and mouse. Dynamic range of 0.02 – 2000 µg/mL. Can be robustly regenerated.

Binds IgGs of various species, including human and rat. Dynamic range of 0.02 – 2000 µg/mL. Can be robustly regenerated.

Binds IgGs of various species through the kappa light chain. Dynamic range of 0.02 – 2000 µg/mL.

Binds His-tagged proteins. Can be used for rapid quantitation, kinetic measurements and epitope binning. Can be regenerated.

Covalently bonded to amine groups on proteins. Recommended for use in kinetics measurements and indirect quantitation experiments. This biosensor uses EDC/NHS activation and coupling to link proteins.

Used to bind hydrophobic proteins or to create custom-made biosensors.