An atomizing cup assembly (1000) and a compression type atomizer. The atomizing cup assembly (1000) comprises a compressed air inlet channel, a liquid storage cavity (1116), a liquid absorbing member (1200), and an aerosol channel. The liquid absorbing member (1200) comprises a liquid absorbing channel (1220) the liquid absorbing channel (1220) is a pore channel independently formed on the liquid absorbing member (1200) the liquid absorbing channel (1220) comprises a liquid inlet (1230) and a liquid outlet (1240) the liquid inlet (1230) is communicated with the liquid storage cavity (1116) a liquid outlet area of the liquid outlet (1240) intersects with an air outlet area of an air outlet (1115) to form an atomization area. The aerosol channel comprises an aerosol inlet and an aerosol outlet (1420) that is adapted to be communicated with a mouthpiece the aerosol inlet is communicated with the atomization area, such that the aerosol formed in the atomization area is discharged from the aerosol channel. The atomizing cup assembly (1000) comprises an independent liquid absorbing channel (1220), and it is unnecessary to form a liquid absorbing channel with another component. Because the liquid absorbing channel (1220) is not formed by two different components, problems such as difficulty or failure in forming a liquid absorbing channel, and a short service life of an atomizing cup caused by undesirable matching between two different components can be avoided.La présente invention concerne un ensemble coupelle datomisation (1000) et un atomiseur à compression. Lensemble coupelle datomisation (1000) comprend un canal dentrée dair comprimé, une cavité de stockage de liquide (1116), un élément dabsorption de liquide (1200) et un canal daérosol. Lélément dabsorption de liquide (1200) comprend un canal dabsorption de liquide (1220) le canal dabsorption de liquide (1220) est un canal de pore formé indépendamment sur lélément dabsorption de liquide (1200) le canal dabsorption
