Capnography and Oximetry
The Panther ventilators support two types of common capnography modules.
Products & Services
Panther 5 | Acute Care Ventilator
Origin Medical Devices
Products | Origin Medical Devices
Origin Medical Devices
Ventilators designed to support any patient. Panther 5 Large 15" touch display Ventilation platform designed for the sickest patients with true critical care performance. Combination of 3 devices into 1 easy to use product - Invasive, NIV and High Flow O2 Therapy. A global solution for all patients - no need for compressed gas or expensive maintenance.
Synchrony Brochure
Origin Medical Devices
Panther 5 Ventilator Datasheet
Origin Medical Devices
FIME 2021
Origin Medical Devices
Multitude of Modes
Origin Medical Devices
The Panther platform exceeds ICU and COVID-19 standards and provides a diverse set of ventilation modes including ACMV, SIMV, SMART, SPONT, BiLevel, APRV, NIPPV* with mandatory breath types of VC, PC, PRVC and spontaneous breath types of PS and VS.
Description
The Panther ventilators support two types of common capnography modules. The ventilator along with a multitude of parameter analyses provides volumetric capnography graphs, single breath CO2 loop and a multitude of computed volumetric parameters.
Once a CO2 module is connected, adjustable alarms are automatically activated providing indications of low or high measurements. Any possible settings or alarms that the capnography module supports is shown on the ventilator which acts as the complete user interface for that module.
Connection of a supported SpO2 sensor directly to the ventilator provides measurements which are shown to the user and are used for background analysis in special maneuvers such as a termination criteria in SBT. Once connected adjustable alarms are automatically activated providing indications of low or high measurements, during ventilation and during High Flow O2 therapy.
Once a CO2 module is connected, adjustable alarms are automatically activated providing indications of low or high measurements. Any possible settings or alarms that the capnography module supports is shown on the ventilator which acts as the complete user interface for that module.
Connection of a supported SpO2 sensor directly to the ventilator provides measurements which are shown to the user and are used for background analysis in special maneuvers such as a termination criteria in SBT. Once connected adjustable alarms are automatically activated providing indications of low or high measurements, during ventilation and during High Flow O2 therapy.
