Flow Cytometry Application Note
Focus on experiments rather than machines.
Scientists must prioritize focusing on experiments and data over the routine maintenance of cell sorters. Such complex devices require a precise balance of speed, accuracy, and gentle handling to ensure high cell viability. Ingersoll Rand's solutions aim to minimize pulsation, enhance reliability, and reduce maintenance frequency. TriContinent's C3000 and C6000 ensure minimized pulsation, stable sample injection, and concentration of reagents, preventing fluctuations in pressure and flow that could affect data. Thomas's ETL200 and ETL500 peristaltic pumps extend tube life and guarantee consistent performance with factory-adjusted tube occlusion pressure, achieving long periods of maintenance-free operation. Controlled Fluidics can provide custom manifold solutions that minimize connections and tubing to the cytometer, ensuring leak-free precision-engineered ports.
basic information
Flow cytometers and cell sorters have become indispensable in numerous scientific fields, including stem cell research, CRISPR gene editing, bioprocessing, cancer research, and microbial detection for quality assurance. With the rapid advancement of cell research technologies, flow cytometry has diversified, and approaches to fluidics are truly varied. Thomas, TriContinent, and Controlled Fluidics, the life sciences brands of Ingersoll Rand, surpass other suppliers in the diversity of pumps, valves, and manifolds, offering a wide range of fluid solutions.
Price range
Delivery Time
Model number/Brand name
TriContinent C3000, 6000 Thomas ETL 200, 500 Controlled Fluidics Manifold
Applications/Examples of results
Flow cytometry applications
