Please select an an item from below for further information about Improving IVIVC's.
Many spacers/VHCs and nebulisers are used with facemasks instead of mouthpieces to administer the inhaled aerosol. This practice is commonplace in the case of infants and small children and in situations where the user lacks the capability of using a mouthpiece.
Whilst cascade impaction provides a useful indication of where inhaled drug particles are likely to deposit within the respiratory tract, it does not profile the morphological properties of these particles.
Cold Freon®” effect is the inadvertent reaction to the chilling sensation that hits the back of the throat following actuation of usually MDIs or Nasal devices.
Two factors have been identified as being critical to improving the clinical relevance of DDU testing and APSD measurement: realistic breathing profiles and realistic throat and nasal models.
For further information about the other products in our inhaler testing range, please select one of the options below.
Our range of Delivered Dose Uniformity (DDU) sampling apparatus are designed to help accurately assess the total amount of emitted drug.
Optimise inhaler testing workflows with our broad range of supporting equipment required to make up fully-operating test systems for Delivered Dose Uniformity (DDU) and Aerodynamic Particle Size Distribution (APSD) of orally inhaled and nasal drug products (OINDPs).
Copley Scientific offers a range of testing equipment for additional qualification and validation of orally inhaled and nasal drug products (OINDPs), including assessments of generic drug formulations, inhaled dissolution testing and improving IVIVCs.
Take the labour out of inhaler testing with our semi-automated solutions.
