NIV the sensitive way: Non-Invasive Ventilation with Sophie
For optimal Ventilation and Oxygen Saturation at all Times
The major challenge in non-invasive ventilation (NIV) of newborns and premature infants is the adjustment of ventilation and oxygen saturation to the current patient situation in real time. This is exactly what SOPHIE does automatically. Thanks to the latest sensor technology, the device immediately recognizes if respiration or oxygen absorption changes and adjusts therapy parameters accordingly. In addition, you have the option of activating high-frequency oscillation (HFO) without changing the patient tube system if the childs situation so requires. At the touch of a single button. Because HFO is included with Sophie as well as a powerful humidification system.
NIV/ACV+: Safe and gentle Ventilation with EVE NEO
Optimal Care for premature Infants – anywhere, anytime
NIV ventilation enables young patients to breathe on their own at any time, provided they are able to do so. This is how our intensive care respirator EVE NEO works: ventilation automatically adapts to the patients spontaneous breathing efforts, ensuring optimal care at all times. Even in non-invasive mode the device adapts to the inhalation and exhalation efforts via an external trigger. This is possible thanks to state-of-the-art ventilation and sensor technology. Regardless of whether pressure- or volume-guaranteed ventilation modes are indicated, and whether they are to be used invasively or non-invasively – EVE NEO optimally meets all requirements.
HFO: High Frequency Ventilation for the smallest Patients with STEPHANIE
Diagnostics and Therapy with a single Device
Is there a respirator for newborns and premature infants with integrated high-frequency oscillation (HFO)? There is actually. It is called STEPHANIE, was designed by Fritz Stephan and combines the functions of a respirator with those of a humidifier and an oscillator in a single device. There is also a monitor. For you, this means that you can perform a wide range of diagnostic and therapeutic tasks with a single device. This facilitates handling in your daily work routine and helps to ensure that diagnosis and therapy are optimally coordinated at all times. For more patient safety and optimal care.
Suitable für Childrens Intensive Care Units and mobile Use: F120 mobil
Ventilation System for Newborns
Prematurely born infants or children requiring respiratory support must be adequately cared for on the scene and not just in the childrens intensive care unit. The F120 mobile respiratory system is the perfect solution – even in vehicles or in emergency situations. It was specifically designed for these applications, is flexible, user-friendly and robust. Ideally suited to quickly and reliably ensure optimal ventilation in critical situations.
CPAP Ventilation with user friendly Accessories: EasyFlow nCPAP
Perfect Fit and gentle Application
When it comes to optimal ventilation of premature and newborns, it is not only necessary to have powerful systems that meet the specific requirements of neonatology to a high degree. Likewise, the accessories have to fit snugly and be easy to use. Like the prongs and masks of our EasyFlow system accessories, harmonizing perfectly with both our SOPHIE and STEPHANIE ventilators. You are using neonatal ventilators by other manufacturers? If these are standard models, our EasyFlow accessories also fit your device.
Guaranteed hygienic and easy-to-use Single-use ventilator breathing systems for our neonatology devices
In clinical routine, the requirements for cleaning and sterilization are justifiably high. The problem: hygienic reprocessing is often very costly and time-consuming. For this reason, we have developed tailor-made single-use tubing systems for our neonatology respirators. They are quick and easy to use and sterile packed. So you and your little patients can enjoy maximum safety at all times.
Maintain body temperature and humidity using SpaceSuit
The soft Suit for constant Micro-climate
Newborn and premature infants skin is still very immature and therefore loses an above-average amount of humidity. Additionally, the little patients are unable to maintain their own body temperature. We are here to help you: SpaceSuit, made of transparent and skin-friendly polyurethane, surrounds the skin of young patients like a protective membrane.
Safe ventilation, quick available: ath the scene of an accident and during transport to the hospital
In rescue situations, every second counts: that is why we have designed EVE for transport purposes – EVE TR – so that PEEP ventilation, for example, can be activated at the push of a button within a very short time. For both premature and newborn infants and older children as well as adult patients. Small but powerful, this particularly applies to EVE TR. It is compact, easy-to-use and equipped to function autonomously. The air for patient ventilation is produced by the ventilator itself. In ambulances and helicopters, EVE TR can be fastened safely and reliably thanks to numerous mounting brackets. When switching from EVE TR to EVE IN for intra-clinical use after the patient arrives in the intensive care unit, you simply reconnect the tube system. Done.
For Intensive Care Units and intra-clinical Transport
Ensuring that patients, young and old, are safely and reliably cared for in intensive care units and during intra-clinical transports. EVE IN is designed and equipped to function autonomously, is easy-to-use and versatile. Using state-of-the-art turbine technology, EVE IN produces air for patient ventilation independently. This makes it the ideal respirator for transportation within the clinic. Thanks to the multifunctional mounting bracket, it can be easily and safely attached to patients beds and transport trolleys. In the intensive care unit itself, EVE IN can be easily integrated into the patients entire care infrastructure via a docking station.
Tailor-made Ventilation Solutions for premature Infants, Children and Adults
Every day, doctors and nurses take on great responsibility and are fully committed to the health of their patients, both young and old. Supporting them optimally in this important task is our ultimate ambition. Therefore, we work hand in hand: we discuss the specific requirements and needs of their patients and develop ventilation, anesthesia and oxygen supply systems that provide exactly what is essential in everyday clinical practice.