providing caregivers the visibility they need to make safe, informed and precise clinical decisions in
realtime. Precision Ventilation is finally a reality at the bedside
By taking into account patient ́s lung heterogeneities and their unique physiological responses to mechanical ventilation, ENLIGHT makes Precision Medicine a reality for ventilated patients, protecting them from the hidden dangers and unwanted side effects caused by standard mechanical ventilation.
ENLIGHT is a bedside expert system that provides real-time facts freeing caregivers from the limitation of making decisions based on assumptions. By giving instantaneous visual feedback of each patient’s individual response to ventilatory interventions, caregivers can foster the most appropriate ventilation strategy right from the beginning, to improve patient’s outcomes.
ENLIGHT saves time at a moment when it counts most, giving early visibility to otherwise hidden problems at the precise time of their occurrence, long before their clinical manifestations are detected by routine examinations. Problems can be treated before they turn into more serious complications.
Intuitive: integrated clinical
decision support tools
Realtime: high temporal
Easy to install, simple to use
benefit multiple patients
Radiation Free - can be used
frequently, pediatric, adults
and neonatal use
The Ventilation Map, Dynamic Image, Plethysmogram and advanced Ventilatory Parameters provide
instantaneous visual feedback of each patient’s individual response to interventions, fostering an
individualized, targeted and timely ventilation.
The Asynchrony Tool smartly integrates ventilator and EIT signals, allowing early detection of important problems related
to patient-ventilator interaction that require an individualized and timely resetting of ventilator parameter. The caregiver
receives an immediate and simple feedback of whether a certain intervention has succeeded in solving the problem.
With the PEEP Titration Tool, caregivers can better cope with patient’s lungs heterogeneity, abnormal pleural pressures, and
the unique physiological response to a PEEP challenge. The detection of the individual best level of PEEP enables to minimize
driving pressure and collapse delivering a targeted precision ventilation.
The Perfusion Tool provides visibility and awareness of perfusion problems and of patient’s individual
response to the complicated tradeoff between ventilation and hemodynamics, fostering an individualized and
With the Trends Screen you can timely find out what went wrong and decide what to do next. Is an interactive tool that
allows visualization of Electrical Impedance Tomography data, ventilation parameters and pulmonary mechanics, making it
easier to detect events and interpret data intuitively.
Noninvasive Ventilation (NIV) of obstructive patients depends on a complex interaction between several factors. The ability to optimally adjust insp/exp pressure settings or to timely identify patients who will fail a NIV attempt can be lifesaving
The regional information about alveolar Collapse and Overdistension help the caregiver to select the best possible PEEP, minimizing both collapse and overdistension simultaneously
Early – before symptoms – identification of unsuspected events, such as selective intubation and incident pneumothorax
High Flow Nasal Ventilation (HFV) is limited in terms of monitoring pressures and volumes to which patients are submitted during the treatment. They are heavily dependent on patient’s anatomy and mouth position
Patient-ventilator Asynchronies in patients ventilated in assisted modes not only increase patient discomfort and distress, but also are associated with increased complications and mortality
It is a challenge to identify the right time to liberate a patient from the ventilator. Too early liberations may increase the chance of failure. Conversely, delays can increase the risk of adverse events related to ventilation and increase costs
Protective Ventilation comprises low tidal volumes, low driving pressures, enough PEEP to guarantee adequate oxygenation. The titration of these parameters can be challenging in moderate to severe ARDS, and especially in obese patients
Diaphragmatic effort of patients ventilated in assisted modes can cause a phenomenon called “Pendelluft”, potentially leading to increased regional strains and Self Inflicted Lung Injury
Individualize and fine tune the pediatric and neonatal ventilatory treatment, minimizing the radiation exposure and burden of repeated sampling of arterial blood
Electrical Impedance Tomography (EIT) makes use of high frequency, low intensity electric signals, to provide live images of the breathing lung showing pulmonary performance in real time.
The electrical signals are harmless to tissue and therefore suitable for long-term use, are transmitted and received through electrodes built into a specially designed belt positioned around the patient’s chest.
As different types of tissue have a different levels of impedance to the electrical signals, these differences can be used to generate images by using uniquely designed, clinically validated algorithm.
EIT is both non-invasive and radiation free ideally for long term, bedside applications.Explore the Literature
We are passionate and moved by a cause: to make precision medicine a reality in ventilation to benefit patients, caregivers, hospitals and payers. With a highly qualified multidisciplinary team, we focus on the development of state-of-the-art ventilation!
We are disruptive, in constant evolution: We promote a strong partnership between academy and industry. Invested by FinHealth, a private equity and venture capital fund manager focused exclusively on health investments, we also received support from FAPESP and FINEP, brazilian public research companies.
We are excited to provide the Enlight 1800 solution to support safe and effective
ventilation. Enlight 1800 provides visibility, precision and individualization at the bedside
to benefit clinicians and patients”
“Our solution is a natural response to current ventilation needs”
“I loved this technology! Now I can see clearly what is happening to my son’s lungs. It’s less radiation and more precision.”
” I felt safe weaning a patient with Enlight guiding me.”
“Today I can´t ventilate a patient without the flow, volume and pressure curves. Tomorrow I will not be able to ventilate without Enlight.”