Cell Counters and Analyzers
Our cell counters and analyzers are automated instruments used for efficient and accurate quantification and analysis of cells in various biological samples.
bioprocess-monitors
Bioprocess Monitors
cell-viability-analyzer
Cell Viability Analyzer
coulter-counters
Coulter Counters
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Features
Essential Features of Our Cell Counters and Cell Analyzers
- Our Coulter Cell Counters and Analyzers consistently deliver high-performance results, providing accurate and reliable cell counts and analysis data, enabling researchers to make informed decisions based on robust scientific measurements.
- Our cell analyzers offer fast and reliable measurement of various parameters including pH, pO2, pCO2, glucose, lactate, electrolytes, and more, with small sample volumes, delivering results quickly and ensuring optimal conditions for cell cultures in research settings.
- Our automated cell counter machines utilize the Coulter principle and digital pulse processing technology. They meet rigorous standards and offer unparalleled accuracy and flexibility for particle characterization across a wide size range, enabling precise analysis of diverse particles, including mammalian cells, bacteria, yeast, abrasives, toner particles, cell aggregates, spheroids, and large protein aggregates.
- Built to withstand the demands of daily laboratory use, these are known for their durability, allowing long-term, reliable operation even in high-throughput environments, minimizing downtime and maintenance requirements.
Applications
Applications of Cell Counters and Analyzers
- The cell viability analyzers are used in activity testing, which aids in bioassay screening related to oligonucleotide development, stable transfection supporting stable cell line development or monoclonal antibody (mAb) manufacturing.
- Our cell analyzers find a wide range of applications in pool screening with their automatic cell counting capabilities. They enable the evaluation of critical analytes in pooled cell samples during cell line development or mAb manufacturing. They also deliver performance evaluations across a broad concentration range.
- Our particle sizers and counters are commonly used for applications such as selection based on stability/expansion, scale-up of cell growth/expansion, and characterization of particle size and count in GMP master cell banks, ensuring optimal process control and quality assurance throughout the development and production stages.
Is the automated cell counter accurate?
Automated cell counters are known for their high accuracy and precision in cell counting and viability assessment, providing reliable results. These advanced instruments contribute to drug discovery and development by streamlining the screening of compounds, optimizing cell culture conditions, evaluating drug efficacy and toxicity, and facilitating the characterization of cellular responses. The accurate and comprehensive cell counting, sizing, and media analysis provided by these tools contribute significantly to life science research by enabling precise quantification, characterization, and optimization of cellular systems.
Why should we consider automated cell counters, sizers, and media analyzers instead of handheld cell counters?
Automated cell counters, sizers, and media analyzers offer several advantages, including higher accuracy, increased throughput, comprehensive data analysis capabilities, reduced user variability, and compatibility with a wide range of sample sizes and types, making them more suitable for high-throughput and precise cell analysis in research, clinical, and industrial settings. Our media analyzers help optimize cell culture conditions by providing real-time monitoring and analysis of key parameters such as pH, dissolved oxygen, glucose, and lactate levels.
Are there any software options available for data analysis and result storage with these instruments?
Yes, many manufacturers of automated cell counting instruments, analyzers, and particle sizers provide dedicated cell counting software options for data analysis and result storage. These software platforms often offer advanced data processing capabilities, allowing users to analyze cell counts, viability, size distributions, and other relevant parameters.
Can cell counters also determine cell viability?
Yes, cell counting machines can determine cell viability by assessing parameters such as membrane integrity or metabolic activity using fluorescent dyes or markers.
Are there any customer support and maintenance services provided?
Yes, customer support and maintenance services are typically provided by manufacturers. These services aim to assist customers with technical support, troubleshooting, instrument maintenance, and software updates.