“V”stands for ventilation, versatility, vitality, and victory. The JETNOVA V series is an Android-based non-invasive ventilator that is equipped with built-in Bluetooth, Wi-Fi, and SIM card. It is designed to meet the challenges of modern sleep medicine, respiratory care, and telemedicine. It offers various modes such as CPAP, AUTO CPAP, AUTO BILEVEL, APCV, BILEVEL-S, BILEVEL-T, BILEVEL-ST, Target Volume and Target Minute Volume for different clinical applications. The JETNOVA V series has 12 different alarms to ensure maximum safety. It also includes a built-in FiO2 sensor to monitor oxygen levels and an external battery that provides up to 3 hours of mobile usage for patient comfort. The VM version of the JETNOVA V series comes with a powerful Swiss-made Micronel blower, delivering a powerful yet quiet therapeutic experience for the patient.
JETNOVA is designed to provide precise respiratory support by target volume and target minute volume for each individual patient.
12 alarm functions: Over Pressure, Tube Blocked, Circuit Disconnection, Low Voltage, High Respiratory Rate, Low Respiratory Rate, Low Minute Volume, Target Volume, Target Minute Volume, Leakage, Non-vented Mask, and Low Battery.
Empowered by OWD oscillation wave detection technology , the device can accurately identify OSA/CSA events, offering a safe and effective therapeutic solution for patients suffering from mixed-type sleep apnea syndromes.
We integrated the SIM card connector into the device to enable remote monitoring of device usage in certain situations. Once a SIM card is inserted, the device will automatically connect to the cellular network without any manual configuration.
The connector on the back of JETNOVA allows home oxygen concentrators to be connected. Patients can also see the current Fraction of Inspired Oxygen (FiO2) of the equipment on the graphical information page.
We have developed an external battery for JETNOVA that enables the device to operate continuously for 2-3 hours without access to a power source. This enhancement expands the machine's flexibility, making it suitable for a wider variety of situations.
The Cube 30 ATV is an advanced non-invasive ventilation device. It incorporates state-of-the-art intelligent features that ensure a safe and simple application of the device, both at home and in a clinical setting.
It offers various operating modes with an alarm system and data logging to ensure a secure application.
Thanks to its unique trigger technology and target volume algorithm, this ventilation device customizes therapy individually to meet the patient's needs, enabling the best possible treatment.
The device features a large 4.3" vibrant color screen that incorporates a user-friendly tile design menu interface, allowing for clear and convenient navigation for the user.
A modern target volume function that allows for adjustment based on both breath volume and minute volume.
An advanced algorithm that uses flow-based analysis to detect triggers with high sensitivity, ensuring accurate detection. In addition, the algorithm also incorporates an automatic trigger failure detection function, which can identify and alert any issues with trigger failures.
Extensive device alarm management, including on-screen display protocol for alarms.
Swiss made turbine blower promises outstanding performance and is built to deliver reliable operation over an extended period of time.
Two independent adjustable ventilation settings allowing patients to change therapy mode for daytime and night time use.
For COPD patients and individuals with other pulmonary conditions, controlling pursed-lip breathing during exhalation is critically important. This technique creates a pressure gradient in the airways, ensuring the lungs are emptied physiologically correctly and preventing over-inflation caused by collapsing airways. However, for patients with advanced disease who rely on mechanical ventilation with constant pressure during exhalation (PEEP/EPAP), maintaining this gradient becomes challenging. While some ventilators on the market automatically adjust PEEP pressure, the exhalation phase remains constant and lacks the dynamic profile needed for optimal lung emptying.
The innovative and patented PLBV® algorithm in the eva ventilator by pulmedix addresses this issue by shaping the pressure gradient during exhalation to mimic the natural effects of pursed-lip breathing. This breakthrough ensures efficient exhalation, reduces strain on respiratory muscles, and prevents lung hyperinflation. When combined with the Trigger, the PLBV® algorithm optimizes the entire respiratory cycle, offering patients a more natural and effective ventilation experience.
