Critical Care ICU Ventilator Machine With Advanced Lung Protective Strategies
ICU Ventilator Machine Advantages:
Clinical Precision and Safety:
"Our system incorporates Advanced Lung Protective Strategies (LPS), including PRVC and low tidal volume capabilities, to minimize Ventilator-Induced Lung Injury (VILI) and enhance patient safety during prolonged ventilation."
Versatile Patient Acuity:
"Designed as a true Critical Care solution, it seamlessly manages ventilation for the full range of patients—from complex adult cases to pediatric and neonatal patients—using highly accurate flow and volume monitoring."
Intelligent and Responsive Technology:
"Features Smart Ventilation Modes that adapt automatically to changes in patient demand and lung mechanics, facilitating easier weaning and faster recovery."
Robust ICU Reliability:
"Built for the demands of the Intensive Care Unit (ICU), this heavy-duty machine ensures maximum uptime, with intuitive controls and rapid alarm response for clinical efficiency."
ICU Ventilator Machine Specifications:
| Physical specifications |
| Display | 10.4'' LCD Display |
| Mode: | pneumatically powered and electrically controlled system |
| Working Mode: | Closed; Semi-Closed; Semi-Open |
| Trolley: | Fitted with 4 nos anti-static rubber castors; two of which are lockable for braking and easy maneuverability with foot operated brake provisions |
| Technical Specifications: |
| Gas requirement: | Medical oxygen and nitrous oxide with a pressure ranging from 280~600kpa |
| safety valve | <12.5 kPa |
| Respiratory Rate | 1bpm~99 bpm |
| gas concentration output | 21% ~ 100% adjustable |
| Maximum Minute ventilation | ≥18L / min, permissible deviation: ±20 % |
| Breathing Mode | A/C, SIPPV,IPPV,SIMV,PSIMV,CPAP,PCV,PEEP,SIGN,SPONT, MANUAL |
| Ventilator compliance | : ≤30 Ml/kPa |
| PEEP: | 0~1.0KPa |
| Ptr: | ,-1.0~1.0 kPa |
| IMV frequency: | 1 ~ 12 times/min, permissible deviation: ±15%. |
| I/E Ratio: | 4:1~1:4 |
| Tidal Volume range | 0~2000ml resolution ratio: 10ml |
| Inspiratory Plateau: | 0~1s |
| Maximum Safety Pressure | ≤ 6.0kPa |
| Sigh: | one deep breath per 80 controlled respirations, the inspiration time is 1.5 times of the setting point and the permissible error is -10% or 15%. |
| Pressure limit range: | 1.0~ 6.0kPa |
| Airway pressure alarm: Audible and visual and with yellow and red color indicating | upper alarm: 0.9 kPa ~ 5.4 kPa |
| lower: 0.5kPa |
| Ventilation Volume alarm: | ≥ 18L/ MIN |
| Power Supply Alarm | Ac/dc power supply are after failing to send out alarm immediately
Alarm Time: keep >120s |
| The airway pressure continues to be higher than 15 hPa ±1 hPa for 15s±1s, then the machine will raise an audible alarm, the pressure will be displayed in red and the continuous high pressure red alarm wording is displayed on the screen of the anesthetic respirator. |
| Operating conditions |
| Ambient temperature: | 10 ~ 40oC |
| Relative humidity: | no higher than 80 % |
| Atmospheric pressure: | 860 hPa ~ 1060 hPa |
| Power requirement: | 100-120 Vac, 50/60 Hz; |
| Air source requirement: | Medical oxygen and laughing gas with a rated pressure ranging from 0.3 to 0.5MPa. |
| Attention: the AC power supply used for the anesthesia machine must be well grounded. |
| Attention: the anesthesia machine used must be equipped with a carbon dioxide monitor complying with ISO 9918:1993, an oxygen monitor complying with ISO 7767:1997 and an expiratory gas volume monitor complying with 51.101.4.2 of Medical Electrical Equipment Part II: Special Requirements for Safety and Basic Performance of Anesthesia System. |
| Storage |
| Ambient temperature: | -15oC ~ +50oC |
| Relative humidity: | no higher than 95 % |
| Atmospheric pressure: | 86 kPa ~ 106 kPa. |
| It should be stored in a room without corrosive gas and well ventilated |
| Package |
| packaging box | comply with the requirement of GB/T 15464 |
| Between the packaging box and product, soft material with appropriate thickness provided to prevent loosening and mutual friction during transportation |
| Moisture protection and rain protection to ensure that product is protected from natural damage. |
| Safty & Alarm |
| Gas source pressure | Immediate alarm; “high level alarm” indicator flickers raising an audible alarm. |
| Airway Pressure Alarm | The airway pressure exceeds 15hpa. The maximum delay is no longer than 17s. The “high level alarm” indicator flickers raising an audible alarm. |
| Tidal Volume Alarm | Lower than 50ml, The alarm will be raised after one breathing cycle. |
| Ventilation Volume Alarm | Lower: 0~12L/Min; Up: 18L/ Min |
| Battery Voltage Alarm | It alrms when the battery voltage is lower than 10.5V. |
| Power On Self Test | Self test before working, assure it's working normally. |
ICU Ventilator Machine Usage
ICU (Intensive Care Unit) ventilators are specialized, high-performance machines used where patients require constant, precise, and often long-term life support for breathing.
Intensive Care Units (ICUs):
Primary Location. Used for patients in critical condition (e.g., severe pneumonia, organ failure, major trauma) who cannot breathe adequately on their own.
Surgical Recovery/Post-Anesthesia Care Unit (PACU):
Used immediately after complex or long surgeries if the patient is still sedated or requires continued mechanical support before being transferred to the ICU.
Emergency Room (ER) / Trauma Bay:
Used for stabilizing critically injured or unstable patients, particularly for emergency intubation and resuscitation, before transferring them to the ICU or Operating Room.
Specialized Units (e.g., CCU/NICU/PICU):
Used in specialized critical care areas like the Coronary Care Unit (CCU), Neonatal ICU (NICU), or Pediatric ICU (PICU), where they are tailored to specific patient needs (e.g., tiny flows for infants).
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Critical Care ICU Ventilator Machine With Advanced Lung Protective Strategies Images
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