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Philips V60 Plus* ventilator is a microprocessor-controlled, bilevel positive airway pressure (BiPAP) ventilatory assist system that provides noninvasive positive pressure ventilation (NPPV) and invasive ventilatory support for spontaneously breathing adult and pediatric patients.
The Respironics V60 ventilator is a microprocessor-controlled, bilevel positive airway pressure (BiPAP) ventilatory assist system that provides noninvasive positive pressure ventilation (NPPV) and invasive ventilatory support for spontaneously breathing adult and pediatric patients. Advanced NIV with our patented Auto-Trak technology Auto-Trak technology is designed to address the specific challenges of noninvasive ventilation. By providing auto-adaptive leak compensation, inspiratory triggering, and expiratory cycling, Auto-Trak delivers optimal synchrony in the face of dynamic leak and changing patient demand. Hospital modes and options include: AVAPS, PCV, CPAP with C-Flex, PPV and Auto-Trak Plus. Save time with automatic mask calibration We support your NIV efforts by increasing the speed and ease of treatment initiation. V60s pre-defined settings for Philips Respironics hospital masks help you save time. You select the setting, and the V60 automatically calibrates flow characteristics for better monitoring and therapy. Flexible, easy, upgradeable Designed to include pediatric use and equipped with several modes, the V60 allows you to meet the specific needs of your patients. The high-resolution touchscreen makes operation easy and facilitates waveform interpretation. The internal 6-hour battery enables intra-hospital transport. And, Respi-Link* allows you to upgrade via the internet.
The Philips Respironics Trilogy 202 is both a volume-control & pressure-control ventilator for invasive and noninvasive ventilation. Versatile breath delivery and setup options provide greater continuity of care. Features Leak compensation The Trilogy 202 has the unique ability to compensate for leaks in both pressure and volume control modes. This allows the use of simpler passive circuits, which may save time and reduce costs. With one simple setting change, the Trilogy 202 supports either active or passive exhalation breathing circuits to accommodate changes in circuit preference. Portable design for intra-hospital transport The Trilogy 202 allows freedom of movement. With a 3-hour internal battery and optional 3-hour detachable battery, youll have sufficient power for intra-hospital transports with plenty of time for any delays or detours. It weighs only 5.6 kg and has an integrated carrying handle for convenient handling during intra-hospital transports. Auto-Trak improves synchrony The Auto-Trak algorithm improves patient-ventilator synchrony by adjusting to changing breathing patterns and dynamic leaks. The auto-adaptive triggering, cycling, and leak adjustments may help reduce the time clinicians spend adjusting thresholds and re-fitting masks. Uniform settings to support hospital to home transition Besides sharing a common user interface, all home and hospital Trilogy ventilators offer identical ventilation modes and breathing circuit settings. Home-bound patients receive the same finely tuned ventilatory support they received in the hospital. Stored data can be downloaded for review and evaluated to identify trends. Leak compensated volume modes to improve consistency Trilogy 202 offers all the conventional volume-control modes: AC, SIMV (with or without PS), and CV. The Trilogy 202 is designed to compensate for leaks in a volume control mode. This means consistent tidal volume delivery even during noninvasive or when cuff leaks are present.
V680 ventilator is the first to combine our best-in-class, single-limb NIV solution with a fully featured, dual-limb system designed to deliver advanced life support for critically ill patients in your ICU. It is fast and easy to switch from invasive to noninvasive ventilation. The V680 ventilator provides continuous measurements of dynamic resistance, compliance, elastance, and plateau pressure in both single and dual-limb invasive and noninvasive modes. Many ICU ventilator manufacturers focus on developing invasive, life-supporting applications first. That could be in part because creating NIV systems is categorically more challenging due to the nature of dynamically changing leaks around the mask. With the V680, advanced NIV technology is a primary focus that is weighted equally with our invasive solutions. The result is a system that unites the proven performance of our V60 noninvasive ventilator with an invasive ventilator designed specifically for critically ill ICU patients. You get the breath delivery and active exhalation you would expect from a critical care ventilator without the inconvenience of switching between two machines. Built-in backup The V680 provides apnea backup ventilation for both invasive and noninvasive spontaneous modes. And the systems integrated, four-hour backup battery supports uninterrupted care during power failures and intra-hospital patient transport. Fast to learn, Easy to use Our V680 ventilator has the same look, feel, and simple user interface as our gold standard V60 ventilator. So if youre already familiar with the V60, youll quickly master the V680. Even first-timers tell us its fast to learn and easy to use, right from the start. Since all modes share a common interface and consistent operation, theres no need to learn a new set of commands as you transition between invasive and noninvasive ventilation. Not only does this minimize staff training, it may help reduce errors and makes it simple to switch back and forth. More comfortable for your patients The V680 is also easy on your patients. In a recent study, Philips AutoTrak NIV technology was shown to deliver the highest level of ventilator synchrony, a quality directly linked to improved patient comfort. Interface compliance is also a significant factor in successful noninvasive ventilation. Philips Respironics offers a wide range of masks to fit your adult and pediatric patients.
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Sintered Porous Plastic is a semi-rigid, open-cell porous material made by a process known as sintering. It is permeable to fluids, the permeability being adjustable. Porous Plastics have magnificent elasticity, high physical strength, and are lightweight providing a rugged easily handled part. Plastic materials are formed by sintering for applications that require materials of specific porosity. Sintered plastic porous components are used in filtration and to control fluid and gas flows. Our porous tube is strong at various wall thicknesses with the ability to withstand high pressure. Also, the plastic material is resistant to many chemicals and a wide range of temperatures.
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