SLE6000
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'Flow Sensor Fxhalalion Port from Patient Proximal Airway Want Ventilator Modular, Touch-Screen Infant Ventilator

>**& \* ev.se TOisj, TOKVkVnoj^ The SLE6000 has been designed to enable you to ventilate the critically ill infant as easily as possible. The ventilator’s range of modes, functions and options and our support enable you to meet their unique physiological and developmental needs, for precise specialised treatment. SLE has focused solely on the design and manufacture of infant ventilators in the UK since the 1980s and supplies them to over ninety countries. Decades of innovation are incorporated in the SLE6000’s specialist lung-protective features which include effective High Frequency...

Standard conventional modes include CPAP, CMV, SIMV, PTV and PSV. Standard NIV modes include nCPAP and NIPPV. mm HFOV ..j ■i.i Watch the video (H Go to web page HFOV: SLE’s HFOV is powerful and effective [1,2], and includes VTV as standard. This software module allows both invasive and non-invasive (dual-limb) HFOV. OxyGenie®: Continuously controls the FiO2 to maintain a stable SpO2[5,7,8,9]. Requires the SpO2 Software module and software to be installed. AAAA Sp02 ■u Watch the video CO See the brochure ™ Go to web page EtCO2: Adds software that allows the SLE6000 to monitor and display...

Primary Menu Buttons With its simple menu structure the SLE6000 offers many features, but operation is still very easy to learn and use. Four simple choices give instant access to: Modes, Alarms, Utilities and Layout. Alarms & Light bar All messages and alarms in the information bar are easy to see from a distance and are colour-coded based on priority. A 360° light bar further enhances visibility. Graphics Section The customisable graphics section allows the user to switch between different screen layouts that can be configured to meet individual requirements. Main Parameters Primary...

Everything at your fingertips The SLE6000 sees the introduction of a new Lunar™ interface, which incorporates a low-glare screen (in keeping with the increased emphasis on developmental care) whilst setting a new benchmark in usability. Recent research in developmental care has shown that excessive light is involved in retinal damage, sleep pattern alterations, disturbance of circadian rhythms and poor growth[4]. Synchronised Intermittent Mandatory Ventilation, or SIMV, is a patient interactive mode of ventilation. It can be used with PSV and/or VTV. HFOV can be defined as the delivery of...

Exhalation Pott Iron: Patent Infant Ventilator Proximal Airway Exhalation Port from Patient Infant Ventilator Versatile HFOV The SLE6000 is the fourth generation oscillator from SLE. With SLE’s unique valveless technology using high-speed bidirectional jets, it ensures an effective and controllable HFOV delivery111. Gas monitoring The new modular system of the SLE6000 allows it to be easily upgraded to monitor your patients' two most important gases: oxygen and carbon dioxide. Using a variety of patient interfaces, the SLE6000 is able to deliver High Flow Oxygen Therapy, conventional...

Flow Sensor Exhalation Pori from Patient Proximal Airway OxyGenie®: Decreasing workloads With their high workload medical staff caring for preterm infants often face, an automatic O2 system that can help reduce the time spent adjusting the ventilator and allowing staff to spend more time caring for the patient becomes invaluable. The introduction of OxyGenie®, a reliable, accurate controller for oxygen can give a reduction in manual interventions resulting in an improvement in efficiency of care [10]. The SLE6000 gives you everything in a single configurable system that a customer would...

References 1: Harcourt ER, John J, Dargaville PA, Zannin E, Davis PG, Tingay DG. Pressure and flow waveform characteristics of eight high-frequency oscillators Pediatr Crit Care Med. 2014 Jun;15(5):e234-40 2: Grazioli S, Karam O, Rimensberger PC. New generation neonatal high frequency ventilators: effect of oscillatory frequency and working principles on performance Respir Care. 2015 Mar;60(3):363-70. doi: 10.4187/respcare.03048. Epub 2014 Nov 18 3: Peng WS, Zhu HW, Shi H, et al. Volume-targeted ventilation is more suitable than pressure-limited ventilation for preterm infants: a systematic...