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Philips

Philips Trilogy Evo Portable hospital-to-home ventilator Software version 1.06.10.00 with Accessories

Philips Trilogy Evo Portable hospital-to-home ventilator Software version 1.06.10.00 with Accessories

Regular price £2,699.99 GBP
Regular price £2,999.99 GBP Sale price £2,699.99 GBP
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Trilogy Evo- Portable hospital-to-home ventilator

The Philips Trilogy Evo ventilator represents the latest advancement in ventilatory support, offering reliable performance for both noninvasive (NIV) and invasive (IV) ventilation. Engineered to adapt seamlessly, it supports patients throughout various stages of care, from hospital settings to home environments.  

The Philips Trilogy Evo is a compact, portable ventilator designed for seamless transitions between hospital and home care. With a robust suite of ventilation modes and dual battery support, it delivers reliable non-invasive and invasive respiratory assistance for adult and paediatric patients in acute, chronic, and transitional settings.

This unit is manufactured in 2020, unused in original packaging, and updated to the latest software version 1.06.10.00 by Philips.


✅ Included Accessories

  • Tubing,
  • Air Filters,
  • Protection Filters,
  • O2 Connecting Bushing,
  • User Manual,
  • Carry Bag and User Manual
  • Class 9 Batteries

✅ Key Ventilation Modes

  • A/C-VC and A/C-PC (Assist-Control Volume & Pressure)

  • CPAP and S/T (Spontaneous/Timed)

  • SIMV (VC/PC), MPV (Mouthpiece), PSV, and EPAP

  • Advanced support: AVAPS, Auto-Trak, Dual Limb circuits

Features

For use in dynamic environments

For use in dynamic environments

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 patient’s home or during their activities. It's designed specifically with durability in mind to protect it against damage during travel, such as during medical transport.

Long-lasting battery life

Long-lasting battery life

Ventilator-dependent patients are supported by internal and detachable batteries, now with 15-hour battery life. Compared to Trilogy 100's six-hour battery, Trilogy Evo gives patients a new level of freedom and mobility. It's ready to be mounted onto a roll-stand or a wheelchair, with a mountable, easy- to-use carry bag.

Meet your patients’ changing needs

Meet your patients’ changing needs

Trilogy Evo provides noninvasive and invasive ventilator support with added sensitivity for a wide range of adult and pediatric patients. Volume and pressure modes, AVAPS-AE, SpO2 and EtCO2 monitoring and alarms of every parameter allow for adaptable care. Flexibility of circuits allows it to be used in a wide range of patients.

Easy access to data

Easy access to data

Trilogy Evo uses Bluetooth to send you patient and device data through Care Orchestrator, our cloud-based tool. This solution is designed to unite the technologies, resources, people and information essential to manage your respiratory patients. With Care Orchestrator, you have the power to create custom health rules based on your best practices and proven processes. You can also download data at the point of care through a USB drive.

Specifications

Ventilation modes
A/C-PC
  • Assist control (pressure control)
A/C-VC
  • Assist control (volume control)
CPAP
  • Continuous positive airway pressure
PSV
  • Pressure support ventilation
S/T
  • Spontaneous/timed ventilation
SIMV-PC
  • Synchronized intermittent mandatory ventilation (pressure control)
SIMV-VC
  • Synchronized intermittent mandatory ventilation (volume control)
MPV-PC
  • Mouthpiece ventilation (pressure control)
MPV-VC
  • Mouthpiece ventilation (volume control)
Physical
Weight
  • 5.2 kg
Size
  • 16.5 cm D x 28.6 cm W x 24.5 cm H 6.48” D x 11.25” W x 9.65” H
Screen dimensions
  • 8”, 20.32 cm
Oxygen
Low flow
  • 0 to 30 l/min; maximum 10 psi
High pressure
  • 280 to 600 kPa (41 to 87 psi)
Measured and displayed patient parameters
Tidal volume (Vti or Vte)
  • 0 to 2000 ml
Minute ventilation (MinVent)
  • 0 to 30 l/min
Leak
  • 0 to 200 l/min
Respiratory rate (RR)
  • 0 to 90 BPM
Peak inspiratory flow (PIF)
  • 0 to 200 l/min
Peak inspiratory pressure (PIP)
  • 0 to 90 cmH2O
Mean airway pressure
  • 0 to 90 cmH2O
Percentage spontaneous triggered breaths (%Spont Trig)
  • 0 to 100%
I:E ratio
  • 9.9:1 to 1:9.9
Dynamic compliance (Dyn C)
  • 1 to 100 ml/cmH2O
Dynamic resistance (Dyn R)
  • 5 to 200 cmH2O/l/sec
Dynamic plateau pressure (Dyn Pplat)
  • 0 to 90 cmH2O
Auto-PEEP
  • 0 to 20 cmH2O
FiO2 with FiO2 sensor
  • 21% to 100%
SpO2 with pulse oximeter accessory
  • 0 to 100%
Pulse rate with pulse oximeter accessory
  • 18 to 321 beats per minute
EtCO2 with CO2 accessory
  • 0 to 150 mmHg
Electrical
AC input voltage
  • 100V - 240V, 50/60 Hz, 1.7 - 0.6A
DC input voltage
  • 12/24V 6.5A
Internal and detachable Li-on batteries
  • 15 hours’ nominal total run time per method in IEC 80601-2-72 (7.5 hours each battery)
Charge time for detachable and internal battery
  • from 0% to 80%: 2.5 hours; from 0% to 100%: 3.5 hours
Alarms
Inspiratory Pressure
  • PEEP+1 to 89 cmH2O
Tidal Volume
  • OFF, 10 - 2000 ml
Minute Ventilation
  • OFF, 0.2 - 30 L/min
Respiratory Rate
  • OFF, 1 - 90 BPM
Circuit Disconnection
  • OFF, 5 - 60 sec
Apnea Interval
  • 5 to 60 sec
No trigger
  • OFF; 0.5-15 min (ONLY in MPV)
Controls
AVAPS with passive circuit
  • PSV, S/T, and A/C-PC modes only
Tidal volume
  • 35 - 2000 ml on Dual Limb and Active Flow circuits, 50 - 2000 ml on passive and active PAP circuits
Breath rate
  • 0 - 80 BPM
PEEP
  • 0 - 35 cmH20 for active circuits 3 - 25 cmH20 for passive circuits
EPAP/CPAP
  • 3 to 25 cmH20
IPAP
  • 3 to 60 cmH20
Pressure support/pressure control
  • 0 to 60 cmH20
Inspiratory time
  • 0.3 - 5.0s
Rise time
  • 0 to 6
Triggering and cycling
  • Off, AutoTrak, Sensitive, AutoTrak, and Flow Trigger
Flow trigger sensitivity
  • 0.5 - 9 l/min
Flow cycle sensitivity
  • 10% - 90% of peak flow
Flow pattern
  • Square, Ramp
FiO2
  • 21% - 100%
Inspiratory time min/max
  • 0.3 to 3.0 sec
Backup ventilation
  • ON-OFF

 

Documentation

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