The fabian HFO offers all options: advanced conventional and non-invasive therapy, High Frequency Oscillation (HFO) and oxygen therapy (HFNC) for neonatal and pediatric patients.Find a Dealer
Every newborn is special. PRICO (Predictive Intelligent Control of Oxygenation) by ACUTRONIC is the next generation of Intelligent Closed-Loop FiO2-SpO2 Controls, maintaining the patient's SpO2 within the intended range. Together with the Masimo Set® SpO2-Sensors, its unique algorithm and high-performance blender now perform FiO2 adjustments automatically, quickly, and more reliably than ever before.
PRICO not only supports caregivers in their daily goal for best possible patient comfort and safety, but also helps clinicians save time, reduce cost, and improve their workflow.
PRICO will keep you within your target range more reliably than normal manual adjustment.
 M.C. Hütten, et al., Fully automated predictive intelligent control of oxygenation (PRICO) in resuscitation and ventilation of preterm lambs, Pediatr. Res. 78 (2015)657–663.
From labor and delivery to NICU: the fabian HFO offers the best pulmonary treatment solutions – normally available from different devices – in just one single device.
Highly precise and state of the art technology reduces the risk of infections and false clinical pulmonary evaluation to the lowest level possible.
Premature babies are fragile. One of their special needs for normal growth and development is quiet time.
The fabian HFO is equipped with an electromagnetic expiratory valve, highly precise electronic flowmeters and a uniquely designed HFO module, making the fabian HFO the most silent HFO ventilator in the world today – without using any silencers!
Experience a true modular system with choice of ventilation modes for the ventilator configuration you need - more can be added and enabled whenever desired.
All these features and even more in just one device: All needed Neonatal and Pediatric conventional ventilation modes (Volume Guarantee included), Non-Invasive Ventilation modes (conventional and advanced NIV), O2 therapy with high flow nasal cannula (HFNC) and unique HFO (High Frequency Oscillation) with Lung Recruitment Manoever and Volume Guarantee.
Neonatal and Pediatric ventilation modes (IPPV, SIPPV, SIMV, PSV, SIMV+PSV and CPAP), independent adjustment of inspiratory and expiratory flow reduces the work of breathing and inadvertent PEEP.
Ventilation beyond limits
nCPAP and DuoPAP modes, for nasal ventilation, with automatic leak compensation, featuring two-level CPAP mode to improve CO2 removal.
Intuitive touch display
A clear, bright and large touch-TFT display – visible at any angle and distance – with intuitive commands reduces human error and puts the focus back on the baby.
All operation procedures are carried out by a direct, time-saving and easy to understand 'one-touch'–principle.
See waveforms, numeric data, loops, ventilator status, etc., clearly displayed and represented, with color coded status zones.
The fabian HFO is the result of more than 30 years of experience in design, development and craftsmanship.
Powerful components such as maintenance-free battery packs, innovative modules like a one-piece expiratory valve and a cleverly reduced assembling concept with easily accessible parts make this device user-friendly – even when in service.
Together with a customized service program, fabian helps to minimize the cost of ownership.
On the receiving end of our ventilators are the tiniest and most fragile patients imaginable. To keep them safe and protected whenever they are ventilated is the starting point of all our thoughts.
Medical technology should make the workflow faster and easier for clinicians. Interfaces should be familiar and intuitive at a glance — consistent across different workstations, thus reducing the potential for error. Data should be entered just once and be available across multiple platforms to support decision making.
Ultimately, innovations in ventilators design and clinical information management can improve both patient safety and outcomes while supporting maximum flexibility.