Improved aerosol suspension time gives everyone more time to breathe easy.
Tested with both CFC and HFA formulations
Flow Dynamic Valve and Baffle System
Reinforced Universal pMDI Adapter
Anti-static polymer chamber minimizes static charge which maximizes performance with pMDI formulations.*
Coaching adaptor encourages the patient to inhale more slowly.
Laminar flow rates help to improve aerosol distribution and penetration
One-way valve opens to allow inhalation of the aerosol cloud and closes to prevent the patient from exhaling into the chamber
Reduce inventory amd enhance staff efficiency
Allows the use of ACE in a ventilator circuit, with a resuscitation bag, with a mask, or as a hand-held unit
Maximizes respirable volume
Allows inhalation and exhalation without moving from patient’s face
Non-electrostatic metal valved holding chamber minimizes static charge and ensures patients receive a more consistent dose of medication. The PARI Vortex® is an affordable valved holding chamber that minimizes the technique and coordination needed for effective inhaler treatments.
The AeroEclipse® R BAN's breath actuated technology available in hospitals is now available in a reusable version for the home. The AeroEclipse® R BAN produces aerosol only when you breathe in. As a result it gets small particles of medication deep in your lungs. The patented AeroControl® System Regulator allows the nebulizer to create aerosol with the smallest effort.
The Aerogen® Solo is a compact, single patient use nebulizer for aerosol therapy, which can be used for continuous and/or intermittent nebulization. The Aerogen® Solo micropump nebulizer helps patients to breathe more easily, ensuring targeted drug delivery to the smallest airways in the lungs. The Aerogen® Solo nebulizer produces a fine particle, low velocity aerosol optimized for targeted drug delivery. Its effective dose delivery of physician prescribed inhalation solutions, means that it can be safely used with all patient groups.
The Aeroneb Solo features OnQ™ vibrating mesh
nebulization technology. As energy is applied the
vibrational element, each aperture within the mesh
acts as a micropump, drawing liquid through the
holes to form consistently sized droplets. The result
is a low-velocity aerosol optimized for targeted drug
delivery to the lungs
