OxyGenie® is the Automatic FiO2 controller for the SLE1500. Designed with the University of Tasmania and the Royal Hobart Hospital, SLE wanted to create a solution that maximises the amount of time the patient’s SpO2 is within target range, by analysing their FiO2 every second.
SLE1500 uses Masimo’s proven RD SET® technology. The sensors plug directly into the unit providing instant monitoring of a plethysmogram and SpO2 values on screen, providing immediate clinical data.


The SLE1500 also connects to the Philips IntelliBridge allowing it to connect to the IntelliVue monitor. This can display data on-screen and send it to a central monitoring system.
Download brochure here: MK-PHL-000008 Issue 1 - Product Brochure - SLE1500.pdf


The Medin SINDI
Comprehensive respiratory support for prematures and newborns from the first minute of life.
The medinSINDI universal gas supply unit with pressure monitor is an electronic unit with microprocessor-conntrolledmonitoring and is used to display the set parameter. The medinSINDI must be used under the supervision of expert, specially trained staff in a clinical stetting, and the patient's oxygen saturation must be monitored at the same time.

The new generation of non-invasive respiratory support
• Independent from air supply thanks to high-performance turbine
• All basic modes for non-invasive respiratory support (nCPAP, Apnea nCPAP, NIPPV, nHFT – nasal High Flow Therapy)
• High Flow-mode and nCPAP in one device
• Leak compensation in all CPAP modes, (+/- 5lpm to keep target pressure)
• MediTRIG: Integrated trigger and apnoea monitoring without additional sensor
Medin-NC3 is the first turbine-driven nCPAP device for non-invasive respiratory support for premature infants and new-borns. The high-performance turbine makes the device independent of a fixed compressed air supply. The proven MediTRIG technology is used in the Apnoea nCPAP mode. Powerful leakage compensation offsets leakages to ensure stable and effective therapy. The device offers all basic modes for modern non-invasive infant respiratory support. Computer controlled electronic gas blender with integrated oxygen sensor and integrated blower



Medin® created a basic nCPAP device and easy to use for nCPAP therapies. We combined our existing well known easy blender with a bubble valve. With this Bubble valve you are able to adjust the nCPAP pressure between 0 and 9,5 mbar at 7 lpm. By using it in combination
with our Miniflow® as a patient interface you will get all the benefit of fixation of the medin® product range. Adding the all new Hamilton H900 heated humidifier for the total solution.


The medinCNO® nCPAP driver is used in combination with the Medijet® nCPAP generator to administer nCPAP therapy to premature infants and newborns. The medinCNO® must be used under the supervision of expert, specially trained staff in a clinical setting, and the patient's oxygen saturation must be monitored at the same time.
The medinCNO® is a CPAP driver that can be used in combination with the Medijet® nCPAP generator to administer CPAP therapy.
The role of the medinCNO® in this CPAP system is to provide the necessary oxygen-enriched driving flow which is fed to the nCPAP generator via the tubes connected to the patient and is converted into CPAP pressure within the generator.

Modes: nCPAP, Apnoea nCPAP, SNIPPV, NIPPV, Oscillation





The Fanem® Babypap® 1150-s was developed to treat respiratory pathologies for oxygen therapy in newborn infants. The Babypap® provides heated and humidified blended air and oxygen under controlled pressure, by water and bubble column, providing a Continuous Positive Airway Pressure – CPAP – in noninvasive mode.
With an operating platform of high technology level, the Babypap® allows an easier interaction, assuring more control of all operational parameters for the user.
Features:

Accessories:
Downloads: Fanem® Babypap 1150-s Catalogue