Users
For children and adults for the treatment of the deep airways.
Blue nozzle attachment
The blue nozzle attachment delivers droplets for efficient deposition in the central region of the lungs in older children and adults.
The blue nozzle can be found in the PARI LC SPRINT Nebuliser.
Yellow nozzle attachment
The yellow nozzle attachment delivers an especially fine aerosol for the small airways and for the treatment of babies and children.
The yellow nozzle can be found in the PARI LC SPRINT Junior Nebuliser.
Red nozzle attachment
Extra-fine droplets specifically for babies and young children in the obstructive phase – supplied, for instance, with the PARI JuniorBOY. The red nozzle attachment is also supplied with the PARI BOY to reach the finest structures of the lungs, specifically for COPD patients.
The red nozzle can be found in the: PARI LC SPRINT BABY Nebuliser and PARI LC SPRINT STAR Nebuliser.
Transparent nozzle attachment
To ensure active substances are optimally delivered to the upper airways, such as the throat, larynx and the trachea, extra large aerosol droplets are needed. The PARI XLent nozzle attachment generates these “XL droplets” and produces an ideal aerosol spectrum for the treatment of croup, pharyngitis or laryngitis, for instance.
The transparent nozzle can be found in the: PARI LC SPRINT XLent Nebuliser
Orange nozzle attachment
In combination with a pulsing feature, the orange nozzle attachment delivers an ideal aerosol spectrum for efficient deposition in the sinuses.
The orange nozzle can be found in the: PARI LC SPRINT SINUS Nebuliser
PARI BOY Compressor in combination with PARI LC SPRINT STAR Nebuliser
| Respirable Drug Delivery Rate: | 80 µl/min |
| MMAD: | 2.8 µm |
| Mass fraction < 5 µm: | 80 % |
Measurement according to DIN EN ISO 27427:2020-2 (with salbutamol.)
Item No.: 023G1255
All PARI LC SPRINT Nebulisers sold in China furthermore contain PARI PIF Control. A breath-sensing feedback system developed by PARI
Slow inhalation promotes the deposition of the active ingredients in the lungs. To achieve the best possible inspiration for a high level of lung deposition.