The present invention relates to a flow cytometer, comprising a light source, a light beam shaping module for collimating and converging {HEAD ~ a light beam} emitted from {TAIL ~ the light source} so that the light beam irradiates samples to be detected, a sample generation unit, which comprises a gas liquid transmission controlling module and a flow chamber that are interconnected, and a signal processing unit, for collecting, photoelectrically converting and analyzing the scattered beam emitted from the flow chamber 
The present invention relates to a flow cytometer , comprising a light source , a light beam shaping module for collimating and converging { HEAD ~ a light beam } emitted from { TAIL ~ the light source } so that the light beam irradiates samples to be detected , a sample generation unit , which comprises a gas liquid transmission controlling module and a flow chamber that are interconnected , and a signal processing unit , for collecting , photoelectrically converting and analyzing the scattered beam emitted from the flow chamber
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