As a CLIA-certified, CAP-accredited laboratory, Incite Health™ employs IVD classified instrumentation for the majority of services. These instruments are designed to provide the robust, stable and sensitive performance required for clinical assessment. All of our instruments are qualified and maintained in accordance with CLIA and CAP requirements under Incite Health’s Quality Management System.
Maximum acquisition rate of 35,000 events per second and no upper limit on number of events acquired and therefore suitable for rare cell population detection.
Automated QC and Targeted MFI set up.
BD FACSuite Acquisition and Analysis Software providing complete FDA 21 CFR Part 11 compliance.
High reproducibility from day to day and between BD FACSLyric Instruments.
Maximum acquisition rate of 35,000 events per second and no upper limit on number of events acquired and therefore suitable for rare cell population detection.
Fixed laser alignment from day to day for improved instrument performance.
High sensitivity.
BD FACSDiva software for non-clinical use, as well as FACSCanto Clinical Software that automates set-up, compensation, and quality control for consistent and reproducible performance for all clinical applications.
Fully automated open system for clinical sample ELISA testing.
Supports applications including critical biomarker analysis and the development of companion diagnostics.
Sample tracking through barcode.
Seamless data uploads and reporting.
In addition to our IVD classified instrumentation, Incite Health also employs research grade instrumentation to support assay development programs and cell sorting for biomarker evaluation.
Flexible high-throughput automation platform for multi-omics analysis-proteomic, genomic, lipidomic, glycomic, cell and bead-processing applications.
Configurable for 96, 384 and 1536 well plate format.
Maximum liquid handling performance for high precision and accuracy.
High-speed cell sorting of up to 70,000 cells per second, enabling large sample volumes to be processed quickly and efficiently.
High-purity cell sorting achieved using a unique sorting algorithm.
Multi-parameter analysis across four lasers, the BD FACSAria II can detect up to 20 parameters for studying complex cellular processes.
Equipped with automation features to increase the performance and throughput of the instrument.
