Cell Analyzers - Flow Cytometers for Cell Analysis

Key Features

• Equipped with up to five lasers and capable of measuring up to 30 parameters, the system enables complex, high-throughput sample analysis. This allows researchers to detect rare events, resolve small particles like exosomes, and generate more comprehensive data.
• The system supports complex immunophenotyping and advanced assays. It achieves acquisition rates of up to 100,000 events per second without data loss.
• The analyzer offers automated startup, cleaning, and quality control, making it suitable for multi-user labs with varying levels of expertise. It is also automation-ready with API integration for robotic workcells and supports 21 CFR Part 11 compliance for regulated workflows.
• The system features a small benchtop footprint and a touchscreen interface with guided workflows, making it easy to use in routine lab settings. Its pre-configured assay modules streamline experiments and reduce setup time.
• Equipped with a 488 nm laser and up to three fluorescence detectors, the analyzer provides accurate multiparameter cell analysis. It requires only minimal sample volumes (as low as 200 µL), enabling reliable results even with limited material.
• A real-time cell analyzer allows continuous, real-time monitoring of cell proliferation, morphology, and response to treatments. It is particularly useful for assessing drug effects or cytotoxicity in live cell populations, and a single-cell analyzer enables isolation and analysis of individual cells to study heterogeneity within a population.
• A live cell analyzer facilitates real-time imaging of live cells, capturing dynamic cellular processes such as migration, division, and intracellular signaling.

Applications

• Cell viability and apoptosis analysis: The system enables precise assessment of cell health by distinguishing live, dead, and apoptotic cells within a sample. This provides critical information for understanding cellular responses to treatments, toxins, or experimental conditions.
• Cell counting and concentration: Accurate cell counting and determination of sample concentration are essential for reproducible experiments and proper normalization across assays. The analyzer uses microcapillary technology to deliver absolute counts quickly and reliably, even with small sample volumes.
• Cell cycle and proliferation assays: The analyzer can track progression through different phases of the cell cycle and measure cell proliferation rates. This capability is vital for studies in cancer research, drug development, and understanding cellular growth dynamics.
• Basic immunophenotyping: The system allows identification of specific cell populations based on surface markers and fluorescence signals. This supports research in immunology, stem cell biology, and other fields requiring detailed population profiling.
• Educational and training use: Its intuitive touchscreen interface and guided workflows make it ideal for teaching laboratories and hands-on training. Students and trainees can learn flow cytometry principles while performing reliable, reproducible analyses.
• Microbial population studies and functional assays: The analyzer can be used to identify, quantify, and characterize microbial populations in mixed samples, providing insights into community composition and dynamics. It also supports functional assays, such as measuring metabolic activity or stress responses, enabling detailed studies of microbial physiology and interactions.
• Clinical research: Cell analyzers designed for regulated environments support 21 CFR Part 11 compliance, ensuring secure data handling, audit trails, and electronic signatures. This makes them suitable for clinical studies, preclinical testing, and other regulated workflows where data integrity and traceability are critical.

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