1. Five solid-state lasers (405nm, 488nm, 640nm, 355nm, 561nm) enable 18-color fluorescence excitation, with up to 20 parameters including forward and side scatter.
2. A positive pressure pump ensures stable fluidics, accurate laser delay calculation, and reliable, reproducible results.
3. Fluorescence sensitivity: FITC ≤80MESF, PE ≤30MESF.
4. Analysis speed: ≥40,000 cells/sec.
5. Fluorescence resolution: ≤3%.
6. Cross-contamination rate: ≤0.5%.
7. Dynamic linear range: ≥5 log decades.
8. Sample flow rate: Three preset speeds (low, medium, high); flow rate ≥12ul/min. No maximum volume limit for single sample loading; continuous loading is possible.
9. Instrument quality control: The software features setup and tracking (CS&T) functions for baseline setup, sensitivity and fluorescence resolution optimization. It adjusts signal time delays between lasers and optimizes PMT voltage for consistent results. It automatically generates Levey-Jennings graphical files and monitors instrument performance.

1. Cell - based immunophenotyping.
2. Apoptosis research.
3. DNA analysis, including DNA ploidy and cell cycle analysis.
4. Hematopoietic stem cell detection.
5. Liquid - phase protein quantification, like cytokine analysis in culture media or serum.
6. Pharmacological research.
7. Intracellular and cell - surface marker analysis, along with cell physiology research.
8. Absolute and relative cell counting.