Patient monitoring system that enables medical practitioners to monitor patient’s health remotely. This is also known as a remote physiological monitoring system. The information can be accessed locally or view data on the cloud from anywhere. It comes with a digital display with the standard 5 parameter check including Electrocardiogram(ECG), Respiration, Non-invasive blood pressure (NIBP), SPO2 and Temperature.
The Individualised System for Augmenting Ventilator Efficacy (iSAVE) was a project initiated during Covid19. Ionic3DP joined hands with Simelabs and Aruvii in association with MIT’s (USA) Prana for this. This system can simultaneously work on more patients per ventilator which can reduce the number of ventilators required during emergencies or necessities. It was a rigorously validated design. The advantage of this system is it comes at a low cost and is easy to assemble and use. This allows patient-specific volume and pressure control that can be set and accommodates changes depending on the patient's condition. It comes with an alarm system to mitigate cross-contamination between patients.
This pneumatic ventilatory operates on external compressed air and oxygen. It supports volume control, pressure control, pressure support, high flow oxygen therapy and non-invasive modes. Along with real-time waveforms, it also displays dynamic loops. You can also access statistics and set configurable alarms using the display. It also comes with the feature of dynamic adjustments taking into consideration the patient’s triggers based on lung compliance and airway resistance. You can access real-time monitoring remotely as well.
The Indventr 100 was a project launched during Covid19. Ionic3DP joined hands with Simelabs and Aruvii in association with MIT’s (USA) Prana to design a bag valve mask based automated resuscitator. This supports a range of ventilation modes & features. This Ambu bag model comes with a display for real-time waveforms, statistics and configurable Alarms. You can remote/central monitor using the web application. A custom breathing circuit is recommended to reduce dead-space ventilation.