Description
Philips Trilogy EVO OBM Ventilator
Elevate respiratory care to new heights with the Philips Trilogy Evo OBM Ventilator, a cutting-edge solution designed for optimal treatment in diverse healthcare scenarios. From sub-acute and chronic care environments to patients’ homes and activities, the Trilogy Evo ensures superior performance, durability, and user-friendly features for both caregivers and patients.
With expanded cross-functionality, Trilogy Evo offers features to treat chronic and critical patients in a variety of settings, such as sub-acute or chronic care environments, a patients home or during their activities. Its designed specifically with durability in mind to protect it against damage during travel, such as during medical transport.
The next generation of the Philips Trilogy ventilator delivers proven performance in noninvasive (NIV) and invasive (IV) ventilation and is designed to stay with your patients across changing care environments.
Key Features of Philips Trilogy EVO OBM Ventilator:
- Adaptable in Dynamic Environments: Tailored for various settings, including sub-acute or chronic care environments, patients’ homes, or during activities. Its robust design shields against damage during travel and medical transport.
- Extended Battery Life: Empower ventilator-dependent patients with internal and detachable batteries, providing an impressive 15-hour battery life. This enhanced mobility allows mounting on roll-stands or wheelchairs, complemented by a convenient carry bag.
- Intuitive Navigation: Designed for seamless navigation and quick prescription setup, the 8” touchscreen offers patient-friendly displays. On-screen Help and Alarm guidance, along with user-friendly universal names for ventilation modes, simplify day-to-day use.
- Reliability from a Trusted Source: As part of the innovative Trilogy family technology, Trilogy Evo maintains user-friendliness without compromising advanced features. SpO2, EtCO2, and respiratory mechanics monitoring capabilities optimize patient therapy.
- Adapting with Every Breath: Proven innovations cater to varying needs of respiratory insufficiency. Features like AVAPS, Auto EPAP, and Auto Back-up Rate automatically adjust ventilator support for comfort and effectiveness.
- On-Demand Ventilation: The unique kiss® trigger in mouthpiece ventilation delivers on-demand ventilation without requiring inspiratory effort, ensuring patient comfort with added security through alarms.
- Sensitivity with Digital Auto-Trak: Automated breath triggering and cycling adapt to the patient’s natural breathing patterns, promoting ventilator-to-patient synchrony and comfort without manual adjustments.
- Low Cost of Ownership: Trilogy Evo offers 24-hour clinical support, educational training resources, extended warranties, and maintenance plans. With preventive maintenance required only every four years, it ensures cost-effectiveness and reliability.
Specifications of Philips Trilogy EVO OBM Ventilator:
A/C-PC |
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A/C-VC |
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CPAP |
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PSV |
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S/T |
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SIMV-PC |
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SIMV-VC |
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MPV-PC |
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MPV-VC |
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Weight |
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Size |
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Screen dimensions |
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Low flow |
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High pressure |
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Tidal volume (Vti or Vte) |
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Minute ventilation (MinVent) |
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Leak |
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Respiratory rate (RR) |
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Peak inspiratory flow (PIF) |
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Peak inspiratory pressure (PIP) |
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Mean airway pressure |
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Percentage spontaneous triggered breaths (%Spont Trig) |
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I:E ratio |
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Dynamic compliance (Dyn C) |
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Dynamic resistance (Dyn R) |
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Dynamic plateau pressure (Dyn Pplat) |
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Auto-PEEP |
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FiO2 with FiO2 sensor |
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SpO2 with pulse oximeter accessory |
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Pulse rate with pulse oximeter accessory |
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EtCO2 with CO2 accessory |
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AC input voltage |
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DC input voltage |
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Internal and detachable Li-on batteries |
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Charge time for detachable and internal battery |
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Inspiratory Pressure |
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Tidal Volume |
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Minute Ventilation |
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Respiratory Rate |
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Circuit Disconnection |
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Apnea Interval |
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No trigger |
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AVAPS with passive circuit |
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Tidal volume |
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Breath rate |
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PEEP |
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EPAP/CPAP |
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IPAP |
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Pressure support/pressure control |
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Inspiratory time |
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Rise time |
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Triggering and cycling |
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Flow trigger sensitivity |
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Flow cycle sensitivity |
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Flow pattern |
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FiO2 |
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Inspiratory time min/max |
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Backup ventilation |
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