Ventilators

The Viasys CareFusion AVEA is a premium, comprehensive critical care ventilator system engineered to deliver invasive and non-invasive mechanical ventilation across the entire patient spectrum, from neonatal and pediatric to adult patients. Positioned as a versatile, high-acuity workstation for intensive care units (ICUs) and intra-hospital transport, the AVEA balances sophisticated physiological monitoring with precise gas delivery.

Featuring a large, 12.1-inch color touchscreen interface module that displays real-time graphics, waveforms, and loops, the AVEA offers exceptional visibility. It presents clinical teams with an intuitive, highly customizable layout of monitored respiratory parameters, focusing on streamlined bedside operation and rapid clinical decision-making.

Key Clinical Advantages

• Full Patient Spectrum Capability: Engineered with a highly precise gas delivery system capable of supplying accurate tidal volumes ranging from 2 mL for fragile neonates up to 2.5 L for adult patients.
• Exclusive BiCore Pulmonary Monitoring: Integrated with advanced BiCore technology to provide real-time tracking of transpulmonary, esophageal, and tracheal pressures. This allows clinicians to measure the exact work of breathing and optimize PEEP titration directly at the bedside.
• Comprehensive Volumetric Capnography: Offers advanced, volume-based capnography configurations that supply breath-by-breath $CO_2$ data. It tracks anatomic dead space, alveolar minute ventilation, and $V_d/V_t$ ratios to aid in quick clinical reactions during critical situations.
• Automated Assessment Maneuvers: Programmed to execute routine diagnostic tests in the background, providing automated measurements for MIP/NIF, AutoPEEP, and Slow Flow ($P_{flex}$) maneuvers to calculate low- and high-inflection points.
• Active Exhalation Valve Technology: Utilizes a software-driven, active exhalation valve system that actively promotes ventilator synchrony, minimizes the patient's work of breathing, and maximizes comfort during complex ventilation cycles.
• Advanced Heliox Blending Integration: Features a patented, internal Heliox blending system that automatically compensates for helium/oxygen gas mixtures across all concentrations without requiring manual recalibration or changing hardware.
• Independent On-Board Compressor: Outfitted with an internal, low-maintenance scroll compressor that allows the ventilator to transition smoothly from the ICU wall gas supply to mobile operations.
• Durable Transport Battery Power: Built to support an internal and optional external battery configuration, providing up to two hours of continuous, independent operation of both the ventilator and the compressor during intra-hospital transport to CT scans or diagnostic suites.

Condition:  Excellent - Imported Pre Owned

The Hamilton Galileo Gold is a premium, full-functioned critical care intensive care unit (ICU) ventilator engineered to deliver comprehensive respiratory support across the entire patient spectrum, from neonates and infants to pediatric and adult patients. Serving as an advanced, clinically versatile workstation, the Galileo Gold family balances conventional positive-pressure modalities with innovative, closed-loop ventilation technologies to optimize patient outcomes in high-acuity environments.

Featuring an ergonomic user interface with an extensive monitoring package—including real-time waveforms, lung mechanics loops, and structural trends—the console gives medical teams exceptional visibility. It provides a clean layout of 26 configurable respiratory parameters, focusing on streamlined bedside operation and fast clinical decision-making.

Key Clinical Advantages:

• Adaptive Support Ventilation (ASV): Outfitted with Hamilton's pioneering, closed-loop intelligent ventilation mode that automatically adjusts the respiratory rate, tidal volume, and inspiratory-to-expiratory (I:E) ratio breath-by-breath based on the patient’s lung mechanics and spontaneous activity. This promotes patient comfort, minimizes the work of breathing, and safely reduces manual intervention.
• Exclusive P/V Tool Integration: Features a fully automated, one-touch Pressure/Volume (P/V) tool unique to the Gold configuration. It safely plots bedside compliance curves, helping clinicians accurately assess lung recruitability, measure optimal PEEP settings, and implement protective lung strategies.
• Active Tube Resistance Compensation (TRC): Equipped with specialized TRC processing (exclusive to the Gold version) that calculates and counteracts the physical airway resistance imposed by endotracheal or tracheostomy tubes. This minimizes extra patient effort, especially for those exhibiting a strong active breathing drive.
• Advanced Non-Invasive Ventilation (NIV): Built with an independent, dedicated NIV mode optimized for adult and pediatric hospital applications. It features widened alarm parameters and advanced leak tolerance to enhance tolerance during mask ventilation, helping to avoid intubation or promote early extubation.
• DuoPAP and APRV Modalities: Programmed with dual airway pressure configurations (DuoPAP) and Airway Pressure Release Ventilation (APRV). These modalities maintain consistent alveolar recruitment while actively encouraging unrestricted spontaneous breathing even during acute, severe lung disease states.
• Proximal Flow Sensor Technology: Utilizes high-precision flow and pressure sensors positioned directly at the patient’s airway connection. This positioning ensures ultra-sensitive triggering, reduces auto-triggering caused by circuit leaks, and guarantees exact measurement of the parameters the patient actually receives.
• Robust Multiphasic Protection Filters: Engineered with dedicated air and oxygen inlet filters with integrated water traps alongside a specialized red expiratory membrane to prevent internal machine cross-contamination, protecting both the pneumatic electronics and the patient.
• Intrahospital Transport Versatility: Designed with a compact, low-profile frame mounted on a durable mobile trolley wheel system. Paired with an integrated backup battery module, it supports safe, continuous ventilation during active patient transport between the ICU bedside and diagnostic or surgical suites.

Condition:  Excellent - Imported Pre Owned

The Hamilton Raphael (including the Raphael Color and ColorASV configurations) is a highly dependable, compact biphasic intensive care unit (ICU) ventilator engineered to deliver comprehensive respiratory support for adult and pediatric patients. Positioned as a clinically versatile workhorse for smaller hospitals, specialized recovery rooms, and standard intensive care environments, the Raphael balances conventional positive-pressure modalities with automated, protective ventilation technologies.

The system presents clinical teams with a clean, un-cluttered visual snapshot via its integrated display layout (featuring a 5.7-inch full-color screen on Color models), focusing on bedside operational simplicity and rapid startup during high-acuity interventions.

Key Clinical Advantages

• Full Adult and Pediatric Capability: Engineered to provide continuous positive-pressure ventilatory support for a wide patient weight range, safely managing individuals from 5 kg up to 200 kg.
• Adaptive Support Ventilation (ASV): Outfitted with Hamilton’s pioneering, closed-loop intelligent ventilation mode that automatically adjusts respiratory rates, tidal volumes, and inspiratory timing breath-by-breath based on patient lung mechanics. This promotes faster weaning, ensures full ventilation during apnea, and returns control to the patient as spontaneous breathing begins.
• Biphasic Ventilation Concept: Designed to allow completely unrestricted spontaneous breathing across all modes and phases of the mechanical breath cycle, significantly improving patient-ventilator harmony and comfort.
• High-Performance Noninvasive Ventilation (NIV): Features dedicated noninvasive mask modes paired with advanced IntelliTrig leak compensation technology, which dynamically adapts to circuit leaks to ensure optimal triggering and synchronization.
• Proximal Flow and Pressure Measurement: Utilizes high-precision flow sensors positioned directly at the patient’s airway connection. This guarantees ultra-sensitive breath triggering, minimizes lag times, and ensures exact volumetric monitoring of the parameters the patient actually receives.
• Tube Resistance Compensation (TRC): Equipped with advanced TRC processing that calculates and counteracts the physical airway resistance imposed by endotracheal or tracheostomy tubes, reducing the patient’s extra work of breathing.
• Bidirectional Apnea Backup: Programmed with a highly secure, bidirectional apnea backup system that instantly initiates mandatory ventilation loops if a patient’s spontaneous breathing drive drops below safe, preset parameters.
• Flexible Intra-Facility Transport: Built with a space-saving, low-profile chassis ideal for tight ICU bedside settings, allowing the unit to mount securely to a mobile rolling trolley or bed mount for continuous ventilation during transport between wards.

Condition:  Excellent - Imported Pre Owned

The HAMILTON-G5 is a premium, modular critical care intensive care unit (ICU) ventilator engineered to provide comprehensive respiratory support for the most complex, critically ill patients. Serving as a versatile, high-end visualization and treatment workstation, the G5 accommodates the entire patient spectrum, safely managing neonatal, pediatric, and adult cases. The system balances highly customizable pneumatic performance with cutting-edge closed-loop architecture to enforce lung-protective ventilation strategies across all high-acuity clinical settings.

The G5 features an ergonomic, detachable touchscreen monitor paired with a highly visible integrated top alarm lamp for outstanding operational visibility. Utilizing Hamilton’s signature "Ventilation Cockpit" interface, the console translates dense monitoring data into clear, scannable graphics, allowing clinical teams to assess patient safety and weaning status at a glance.

Key Clinical Advantages

• INTELLiVENT-ASV Intelligent Control: Outfitted with advanced, fully automated closed-loop ventilation modes. Based on conventional Adaptive Support Ventilation, the clinician defines target goals for oxygen saturation and carbon dioxide levels, and the ventilator automatically adjusts ventilation volumes, PEEP, oxygen delivery, and breath timing to match the patient’s real-time physiologic requirements.
• P/V Tool Pro Advanced Diagnostic Software: Features an automated Protective Ventilation maneuver package that safely plots precise, repeatable static pressure and volume curves at the bedside. This allows clinicians to accurately assess lung recruitability, measure compliance, and target optimal PEEP settings to safeguard fragile lung tissue.
• IntelliSync+ Real-Time Waveform Synchronization: Utilizes high-speed software algorithms that continuously analyze respiratory waveform shapes. This technology instantly detects patient effort and cycling changes during both invasive and non-invasive ventilation, automatically coordinating inspiration and expiration to eliminate asynchronous breathing.
• Integrated IntelliCuff Pressure Regulation: Available with a software-controlled cuff pressure management module that continuously measures and automatically maintains exact, user-set pressure profiles within endotracheal or tracheostomy tube cuffs in real time, helping to prevent fluid leakage into the lungs and reduce hospital-acquired pneumonia.
• Transpulmonary Pressure Measurement: Supports specialized esophageal catheter integration to track transpulmonary pressure metrics directly. This lets clinical staff differentiate between chest wall rigidity and true lung compliance, optimizing PEEP settings and protective ventilation volumes for severe respiratory distress management.
• High-Performance Noninvasive and High-Flow Options: Offers high-precision Noninvasive Ventilation, continuous positive airway pressure with leak assistance, and fully integrated High Flow Oxygen Therapy, expanding treatment utility without needing to swap out patient circuit lines.
• Volumetric Capnography and Patient Diagnostics: Incorporates high-precision flow sensors and carbon dioxide tracking modules to deliver continuous volumetric gas tracking. This supplies breath-by-breath metrics on metabolic activity, dead space, and overall carbon dioxide elimination trends.
• Advanced Therapeutic and Gas Blending Versatility: Built to safely support therapeutic gas blending applications alongside synchronized pneumatic or integrated medication nebulizer hardware, ensuring flexible treatment delivery during complex respiratory protocols.
• Hot-Swappable Battery Architecture: Engineered with a highly mobile, robust trolley frame equipped with hot-swappable battery backup power configurations. This ensures uninterrupted mechanical ventilation and continuous monitoring during intra-hospital transport to surgical theaters or diagnostic imaging suites.

Condition:  Excellent - Imported Pre Owned

The Maquet Servo-i is a premium, critical care intensive care unit (ICU) ventilator engineered to deliver exceptional respiratory support across all patient categories, from fragile neonates and pediatric patients to adult patients. Positioned as a highly adaptable and modular workstation, the Servo-i balances conventional pneumatic positive-pressure therapy with cutting-edge, patient-controlled breathing technologies.

Featuring a large, high-resolution user interface with responsive touch controls and direct-access knobs, the system provides clinical teams with outstanding visibility. It displays clean, un-cluttered real-time waveforms, lung mechanics loops, and diagnostic trend data, focusing on fast intraoperative setup and streamlined adjustments at the bedside.

Key Clinical Advantages

• All-Inclusive Patient Platform: Outfitted with a highly precise gas delivery system that spans a single, upgradable architecture, allowing a single unit to smoothly transition between the neonatal intensive care unit (NICU) and adult intensive care environments.
• Neurally Adjusted Ventilatory Assist (NAVA): Supports revolutionary technology that utilizes the patient's own electrical diaphragm signals to control the ventilator. This unique feature bypasses traditional pneumatic sensors to eliminate lag time and ensure total patient-ventilator harmony.
• Automode Smooth Weaning Technology: Features an interactive breathing mode that automatically transitions between controlled ventilation and supported ventilation based on real-time patient effort. This minimizes manual staff adjustments and supports a smoother, safer weaning process.
• Pressure Regulated Volume Control (PRVC): Combines the safety of volume targeting with the comfort of pressure-controlled delivery. The system continuously measures lung compliance and automatically supplies the targeted breath volume using the lowest possible airway pressure.
• Advanced Open Lung Tool Diagnostics: Integrated with on-screen visual tools that assist clinicians in safely executing lung recruitment strategies. It tracks dynamic compliance metrics on screen to help determine the most effective positive end-expiratory pressure (PEEP) settings.
• Leak-Compensated Non-Invasive Ventilation (NIV): Outfitted with high-performance non-invasive software that dynamically detects and adjusts for mask or interface leaks. This ensures stable pressure delivery, precise triggering, and accurate volume monitoring even during mask ventilation.
• Heliox Therapeutic Gas Delivery: Built to safely blend and manage Helium-Oxygen gas mixtures across both invasive and non-invasive modes. This therapeutic gas option reduces gas turbulence inside the airways, effectively lowering the patient's work of breathing.
• One-Piece Interchangeable Expiratory Cassette: Designed with a removable, fully cleanable expiratory cassette system. This architecture allows the ventilator to be instantly refreshed with a clean cassette between cases, maximizing machine availability and ensuring strict hospital infection control.
• Ultra-Sensitive Sensor Feedback Control: Utilizes advanced flow and pressure triggering mechanisms that analyze patient airway demands hundreds of times per second. The fast valve response time provides instant flow to eliminate breathing discomfort and reduce patient fatigue.
• Mobile Intra-Hospital Transport Capability: Mounted on a durable, low-profile rolling trolley cart equipped with hot-swappable plug-in battery modules. This design secures uninterrupted, high-quality treatment during patient transfers between intensive care beds, imaging suites, and operating rooms.

Condition:  Excellent - Imported Pre Owned

The Maquet Siemens Servo 300 is a highly reliable, classic critical care ventilator engineered to deliver precise respiratory support across all patient categories, from fragile neonates and pediatric cases to adult patients. Known as a foundational workhorse in intensive care mechanical ventilation, this system balances robust mechanical gas delivery with an adaptable design that allows it to serve multiple intensive care environments.

The system consists of a distinct Control Unit with manual adjustments and a Patient Unit featuring integrated transducers. It provides clinical teams with a straightforward, practical front-panel layout that displays vital pressures and volumes on clear indicator lamps, focusing on high operational reliability and easy bedside management.

Key Clinical Advantages

• Universal Patient Range Capability: Features a quick patient selection knob that allows clinical staff to instantly adjust preset flow and volume boundaries. This design allows a single unit to smoothly transition between neonatal, pediatric, and adult settings.
• Pressure Regulated Volume Control (PRVC): Outfitted with advanced PRVC technology to deliver a target volume using the lowest possible airway pressure. The system continuously adapts to changes in the patient's lung compliance, reducing the risk of pressure-related lung injury.
• Automode Smart Transition Software: Includes an intelligent weaning feature that continuously checks for patient activity. After consecutive spontaneous breaths, the system smoothly shifts from controlled to supported ventilation, and automatically reverts to controlled mode if the patient stops breathing.
• Ultra-Sensitive Flow and Pressure Triggering: Utilizes high-precision internal transducers to recognize even the weakest spontaneous breathing efforts. This rapid valve response minimizes the patient's work of breathing and lowers discomfort during active phases.
• Volume Support (VS) Interactive Mode: Outfitted with a patient-regulated mode that supplies a set volume while allowing the patient to control the respiratory rate and timing, maximizing comfort during the weaning process.
• Optional High-Resolution Screen Module: Can be expanded with a dedicated secondary display screen that adds graphical capabilities. This provides real-time waveforms, respiratory loops, and historical data trends spanning up to twenty-four hours.
• Integrated Air Filtration and Gas Mixing: Built with high-efficiency internal gas modules that filter incoming air and oxygen supply. This guarantees clean, bacteria-free gas delivery while precisely blending oxygen concentrations.
• Dedicated Oxygen Suction Function: Programmed with a one-touch suction protocol button that temporarily supplies high-concentration oxygen before and after airway clearing procedures to protect against oxygen drops.
• Automatic Emergency Battery Protection: Outfitted with an internal emergency battery backup system that instantly assumes operation in the event of a facility electrical power loss, maintaining continuous patient ventilation without interruption.

Condition:  Excellent - Imported Pre Owned

The Maquet Servo-s is a premium, high-performance critical care ventilator engineered to deliver reliable respiratory support for both adult and pediatric patients. Based on proven technological infrastructure, the Servo-s balances cutting-edge invasive and non-invasive ventilation capabilities with a compact, straightforward design. It is built to serve as an efficient, versatile workhorse for standard intensive care units, high-dependency care areas, and recovery rooms.

The system features a high-resolution color screen with an intuitive graphical display that updates data instantly. It presents clinical teams with a clean, un-cluttered visual snapshot of real-time waveforms, respiratory trends, and clear alarm logs, focusing on operational simplicity and fast setup at the bedside.

Key Clinical Advantages

• High-Quality Invasive and Non-Invasive Delivery: Outfitted to provide smooth transition capabilities between invasive intubation and non-invasive mask ventilation therapies within a single, unified patient circuit setup.
• Leak-Compensated Ventilation Control: Features advanced non-invasive software algorithms that automatically detect and compensate for mask or interface leaks. This ensures stable pressure delivery and precise breath triggering, even during active patient movement.
• Pressure Regulated Volume Control (PRVC): Combines the safety of volume targeting with the physiological comfort of pressure-controlled breathing. The system continually adapts to changes in lung compliance to deliver the target breath using the lowest possible airway pressure.
• Automode Interactive Weaning: Includes an interactive ventilation feature that automatically guides the patient toward independent breathing. It shifts from controlled to supported modes based on the patient's spontaneous effort, and reverts to controlled mode if breathing effort decreases.
• Ultra-Sensitive Flow Triggering: Utilizes a high-precision internal gas control valve system that reacts instantly to minimal patient effort. This minimizes the physical work of breathing and lowers overall patient discomfort.
• One-Piece Interchangeable Expiratory Cassette: Designed with a removable, fully cleanable expiratory cassette system. This architecture allows the ventilator to be instantly refreshed with a clean cassette between cases, maximizing machine availability and ensuring strict hospital hygiene.
• Clear, Scannable "Servo" User Interface: Built with a user-friendly screen layout that uses distinct color-coding to separate monitored values from control settings, reducing the clinical training curve for hospital staff.
• Comprehensive Diagnostic Data Trends: Tracks and saves patient breathing parameters over extended periods, giving clinical staff clear graphical feedback on patient progress and respiratory compliance over time.
• Compact and Highly Mobile Frame: Built with a space-saving, low-profile body design that fits easily into crowded bedside environments, and mounts securely to a robust rolling trolley for safe, internal hospital transport.
• Automatic Internal Battery Backup: Outfitted with an integrated backup battery module that ensures continuous, uninterrupted mechanical ventilation in the event of an unexpected facility electrical power failure.

Condition:  Excellent - Imported Pre Owned

The Dräger Evita 4 is a premium, high-performance critical care ventilator engineered to deliver reliable long-term respiratory support across the entire patient spectrum, safely managing neonatal, pediatric, and adult cases. Designed to thrive in high-acuity intensive care environments, the Evita 4 balances conventional pneumatic volume and pressure therapies with unique, open-breathing software modalities.

Featuring a functional touchscreen interface paired with direct-access keys and a central rotary control knob, the system provides clinical teams with clear viewing capabilities. It displays customizable arrangements of real-time curves, respiratory loops, and advanced data trends, focusing on operational efficiency and fast setup at the patient’s bedside.

Key Clinical Advantages

• Full Patient Range and Premature Support: Outfitted to manage a wide patient weight bracket, starting from adult cases down to neonates. Facilities can also deploy a specialized NeoFlow setting to supply precise, low-volume flow triggering and leakage adaptation for premature infants.
• AutoFlow Adaptive Volume Delivery: Features an intelligent software enhancement for volume-controlled modes that automatically regulates the inspiratory flow. This allows the ventilator to maintain the targeted breath volume using the lowest possible airway pressure, adapting directly to changes in lung compliance.
• BIPAP Open Breathing Architecture: Built with an advanced open breathing circuit concept that allows completely unrestricted spontaneous breathing during any phase of the mechanical breath cycle, significantly lowering patient discomfort and promoting synchrony.
• Airway Pressure Release Ventilation (APRV): Programmed with an independent APRV mode that supports spontaneous breathing on two distinct pressure levels for extended time frames, stabilizing lung volumes and optimizing oxygenation for severe respiratory distress cases.
• Automatic Tube Compensation (ATC): Equipped with specialized, optional software that calculates and continuously offsets the physical breathing resistance caused by endotracheal or tracheostomy tubes, reducing the patient's overall breathing effort during weaning.
• Mandatory Minute Volume (MMV) Weaning: Utilizes a smart interactive mode that ensures the patient always receives a preset minute volume. The system continuously checks spontaneous breathing levels and automatically supplies mandatory breaths only if the patient's own effort drops below the target threshold.
• Advanced Non-Invasive Mask Therapy (NIV): Offers high-performance mask ventilation choices across all operating modes, paired with advanced leakage compensation software to prevent accidental alarms while maintaining correct breath volumes during high-leak scenarios.
• Integrated Expiratory Block and Sensor Lifespan: Designed with an optimized expiration block housing and patient heating setup that actively reduces liquid condensation inside the circuit line, protecting internal electronics and extending the structural lifespan of the flow sensor.
• On-Board Diagnostics and Occlusion Tracking: Tracks essential safety parameters right on the main console, including automatic airway pressure monitoring, breathing gas temperature, and rapid diagnostic checks like occlusion pressure trends to evaluate spontaneous drive.
• Reliable Emergency and Transport Features: Supported by an internal backup battery module to sustain continuous mechanical ventilation during sudden facility electrical power drops or when transferring patients between different hospital wards.

Condition:  Excellent - Imported Pre Owned

The Dräger Evita 2 Dura is a highly reliable, medical-grade critical care ventilator engineered to deliver continuous respiratory support across intensive care units and high-dependency care environments. Recognized as a clinical workhorse for everyday hospital routines, the Evita 2 Dura balances conventional mechanical ventilation modes with a modular upgrade path and patient-friendly software options.

The front control panel is built around a clear screen layout that displays real-time breathing curves and vital monitored parameters side-by-side. Utilizing a straightforward control knob and a three-step selection system, the console gives clinical teams excellent visibility while reducing the operational complexity of everyday patient monitoring.

Key Clinical Advantages

• Universal Patient Range Adaptability: Configured to accommodate a wide variety of clinical cases, safely managing adult and pediatric patients. With the addition of a specialized low-flow monitoring option, the unit can be upgraded to support fragile neonatal and infant patients.
• Room to Breathe Spontaneous Design: Built with an advanced open breathing system that actively encourages independent patient breathing efforts at any time during the mechanical breath cycle. This strategy improves patient comfort and speeds up the overall recovery process.
• AutoFlow Volume Compensation: Features intelligent software for volume-controlled modes that automatically regulates the inspiratory gas flow. This allows the system to achieve the target breath volume while maintaining the lowest possible pressure levels inside the patient's lungs.
• BIPAP and Advanced Weaning Modes: Outfitted with Biphasic Positive Airway Pressure capabilities, serving as a universal ventilation and weaning mode that helps smoothly transition patients toward independent respiration.
• Automatic Tube Compensation Option: Supports an advanced clinical feature that calculates and offsets the internal mechanical resistance imposed by a tracheal tube. This helps lower the patient's work of breathing, simulating a virtual extubation state.
• Two-In-One Non-Invasive Ventilation: Capable of executing both conventional invasive intubation support and non-invasive mask ventilation therapies on a single device. This dual capability helps reduce the clinical re-intubation rate and expands hospital utility.
• Highly Customizable Control Screen: Displays real-time respiratory curves alongside six vital monitored data values. Clinical staff can rearrange the screen configuration to highlight the most critical metrics for their specific intensive care ward.
• Simplified Routine Maintenance Procedures: Designed to reduce clinical downtime via daily automated sensor calibrations and an easy-access exhalation valve assembly that can be swapped or serviced in a matter of seconds.
• Streamlined Start-Up Configurations: Allows hospital technicians to preset custom default parameters and initial breath settings that align perfectly with their facility's specific intensive care protocols, speeding up point-of-care patient connection.

Condition:  Excellent - Imported Pre Owned

The Dräger Savina series (including the classic Savina, Savina 300 Classic, and Select models) is a premium, turbine-driven critical care ventilator engineered to deliver continuous respiratory support. Built to serve as a versatile workhorse for standard intensive care units, emergency departments, and internal transport, the Savina series balances high-performance gas delivery with independence from central infrastructure.

The system features an intuitive user interface with a bright screen (up to twelve-inch color touch screens on newer models) and a standardized layout. This provides clinical teams with excellent scannability of real-time breathing curves, parameters, and intelligent alarms, focusing on operational readiness and fast bedside configuration.

Key Clinical Advantages

• Infrastructure-Independent Internal Turbine: Outfitted with an integrated, high-speed turbine that compresses ambient air to generate breathing gas. This allows the ventilator to operate seamlessly without requiring a central wall gas supply or an external air compressor.
• Universal Patient Range Adaptability: Configured to accommodate adult and pediatric patients safely. Advanced models feature enhanced trigger detection to support smaller pediatric cases starting from a low body weight.
• AutoFlow Volume Accommodation: Features Dräger’s specialized software for volume-orientated ventilation modes. This automatically adjusts the inspiratory gas flow in real time, achieving the target breath volume while maintaining the lowest possible pressure level inside the lungs.
• Unrestricted "Room to Breathe" Spontaneous Concept: Designed with an open breathing architecture that actively encourages independent patient breathing efforts at any time during the mechanical breath cycle. This significantly lowers patient discomfort and promotes a smoother weaning pathway.
• High-Performance Non-Invasive Ventilation (NIV): Offers high-precision mask ventilation therapy featuring quick response times to patient breath initiatives and automatic leakage compensation to maintain correct volumes during high-leak situations.
• Continuous Oxygen Therapy Mode: Upgraded with a dedicated oxygen therapy setting that allows the delivery of a constant flow of oxygen via masks, hoods, or nasal cannulas for patients who are breathing entirely on their own.
• Automatic Tube Compensation (ATC): Equipped with advanced software that calculates and continuously counteracts the physical breathing resistance imposed by an endotracheal or tracheostomy tube, reducing extra patient effort.
• Advanced Low-Pressure Oxygen (LPO) Input: Outfitted with a specialized low-pressure inlet that allows the system to ventilate effectively even when drawing oxygen from independent sources, such as portable oxygen concentrators.
• Extended Mobile Transport Battery Power: Supported by an internal battery layout that can be expanded with external battery modules. This provides up to several hours of continuous, independent operation when transferring patients between hospital wards or diagnostic suites.
• Intelligent Visual Alarm Handling: Built with an advanced safety concept where the console light flashes in colors corresponding directly to alarm priority, helping clinical staff respond rapidly to active patient situations.

Condition:  Excellent - Imported Pre Owned

The Dräger Oxylog 3000 Plus is a premium, high-performance transport ventilator engineered to deliver reliable critical care respiratory support during demanding emergency situations, inter-hospital transfers, and intra-hospital transport. Built as a compact and exceptionally robust medical workstation, it accommodates both adult and pediatric patients. The system balances advanced, intensive care unit standard ventilation options with a lightweight, highly portable design to ensure uninterrupted therapy anywhere in the field.

The front panel is built around a clear, high-contrast electro-luminescence screen that displays real-time breathing curves, vital monitored values, and gas tracks side-by-side. Utilizing Dräger’s standardized select-adjust-confirm control layout, the console gives medical teams excellent operational scannability and allows for rapid settings changes during high-acuity interventions.

Key Clinical Advantages

• Comprehensive Ventilation Modes: Outfitted with a complete range of volume-controlled and pressure-controlled breathing options, including specialized assist control, synchronized intermittent mandatory ventilation, and biphasic positive airway pressure modes.
• Integrated Mainstream Capnography: Features advanced, built-in carbon dioxide monitoring software that delivers real-time breath-by-breath tracking. This provides clinical teams with immediate feedback on correct tube placement and overall ventilation effectiveness directly on the transport screen.
• AutoFlow Adaptive Volume Control: Available with an intelligent volume-guarantee feature that blends pressure-controlled breathing comfort with volume-controlled security. It automatically adjusts flow to deliver the target volume using the lowest possible pressure, safeguarding fragile lung tissue.
• Standardized Non-Invasive Ventilation: Includes dedicated non-invasive mask ventilation capabilities as standard equipment. The system features high-performance leak compensation software to maintain stable breath delivery and precise triggering even with an imperfect mask seal.
• Dedicated Pediatric Support Hose Detection: Engineered to safely support smaller pediatric cases using a specialized low-volume patient hose system. The internal software automatically recognizes the connected line type to optimize compliance settings and deliver safe tidal volumes.
• Continuous Oxygen Therapy Mode: Upgraded with a dedicated constant-flow oxygen setting, allowing the delivery of tailored oxygen concentrations via masks or nasal interfaces for patients who are breathing entirely on their own.
• Smart Safety Apnea Backup: Programmed with a secure apnea backup ventilation protocol that instantly initiates mandatory breathing support if the patient's spontaneous respiratory activity drops below safe, user-defined time limits.
• Durable Long-Life Battery Power: Supported by an advanced, internal lithium-ion battery module that supplies up to several hours of continuous operational power on a single charge, guaranteeing runtime security during extended transfer operations.
• Advanced Real-Time Data Connectivity: Outfitted with specialized serial interfaces that allow real-time parameter and waveform data export to external monitors, hospital networks, or digital tracking solutions.
• Hose System Compatibility Ecosystem: Designed to utilize the exact same reusable or disposable patient circuits as other transport ventilators in the product family, lowering facility training times and reducing extra storage requirements.

Condition:  Excellent - Imported Pre Owned

The Dräger Evita XL is a premium, high-performance critical care ventilator engineered to deliver reliable respiratory support across the entire patient spectrum, safely managing neonatal, pediatric, and adult cases. Built to handle the challenges of high-acuity intensive care units, the Evita XL balances advanced conventional mechanical ventilation modes with innovative tools designed to assist in protective lung ventilation and automated weaning protocols.

Featuring a large, vibrant color touchscreen monitor with an adjustable viewing arm, the system provides clinical teams with exceptional visual clarity. It displays a customizable layout of real-time breathing curves, respiratory loops, and historical data trends, focusing on operational simplicity and fast clinical evaluation at the bedside.

Key Clinical Advantages

• Full Patient Spectrum Operation: Outfitted to manage a wide variety of clinical cases, safely managing adult and pediatric patients down to fragile premature infants using a single, unified ventilation platform.
• AutoFlow Volume Compensation: Features intelligent software for volume-controlled modes that automatically regulates the inspiratory gas flow. This allows the system to achieve the target tidal volume while maintaining the lowest possible pressure levels inside the patient's lungs.
• BIPAP and APRV Open Breathing Concept: Built around an advanced open breathing architecture that allows completely unrestricted spontaneous breathing during any phase of the mechanical breath cycle, lowering patient discomfort and improving ventilator harmony.
• SmartCare/PS Automated Weaning: Available with an integrated, knowledge-based software system that continuously monitors the patient’s breathing parameters. It automatically adapts the pressure support level, conducts routine weaning trials, and guides the patient toward independent respiration, effectively reducing overall ventilator days.
• Advanced Protective Ventilation (P/V) Tool: Features a specialized diagnostic tool that safely plots a slow-flow static pressure/volume curve at the bedside. This allows clinicians to accurately assess lung recruitability, measure compliance, and target optimal PEEP settings to protect fragile lung tissue.
• Automatic Tube Compensation (ATC): Equipped with advanced software that calculates and continuously counteracts the physical airway resistance imposed by an endotracheal or tracheostomy tube, simulating a virtual extubation state to ease the patient's work of breathing.
• High-Performance Non-Invasive Ventilation (NIV): Offers high-precision mask ventilation capabilities across all operating modes, paired with advanced leak compensation software to maintain stable breath delivery and prevent accidental alarms.
• Integrated Mainstream Capnography Tracking: Supports specialized carbon dioxide monitoring modules to deliver continuous, real-time volumetric capnography. This supplies breath-by-breath metrics on metabolic activity, dead space, and overall carbon dioxide elimination.
• O2 Therapy and High Flow Modes: Upgraded with dedicated oxygen therapy settings, allowing the delivery of a constant flow of oxygen via masks or nasal interfaces for patients who are breathing entirely on their own.
• Robust Mobile Transport Architecture: Mounted on a durable rolling trolley frame equipped with an internal backup battery module, securing continuous, uninterrupted ventilation during intra-hospital transport to surgical theaters or imaging suites.

Condition:  Excellent - Imported Pre Owned

The Dräger Evita V300 is a premium, scalable critical care ventilator engineered to deliver high-quality respiratory support across all patient categories, safely managing neonatal, pediatric, and adult cases. Built as a highly versatile and customizable workstation, the V300 balances advanced invasive and non-invasive ventilation modes with comprehensive lung monitoring options. It is designed to adapt smoothly to the changing everyday challenges of intensive care units, recovery spaces, and internal hospital transport.

The system features a large, color touchscreen monitor that provides clinical teams with excellent scannability of real-time breathing curves, parameters, and historical data trends. Utilizing a user-friendly operating structure with an integrated help function, the console simplifies bedside parameter configuration and enhances overall clinical workflow.

Key Clinical Advantages

• All-Inclusive Patient Spectrum Support: Engineered to provide highly reliable, continuous ventilation therapy tailored for adults, children, and neonates on a single, unified device platform.
• AutoFlow Volume Guarantee Comfort: Features an intelligent software enhancement for volume-controlled modes that automatically regulates the inspiratory gas flow. This allows the ventilator to maintain the target tidal volume using the lowest possible airway pressure, protecting fragile lung tissue.
• SmartCare/PS Automated Weaning: Upgraded with a clinical knowledge-based software module that continuously evaluates patient breathing parameters. It automatically adapts pressure support levels and guides the patient through structured weaning protocols to promote faster independent breathing.
• Smart Pulmonary View Graphics: Utilizes an advanced visual display system that transforms dense monitoring parameters into real-time graphical representations. This maps lung compliance, elasticity, and breathing resistance directly on the screen for instant bedside assessment.
• Automatic Tube Compensation (ATC): Equipped with specialized software processing that calculates and continuously offsets the physical resistance imposed by endotracheal or tracheostomy tubes, easing the patient's extra breathing effort.
• High-Precision Non-Invasive Therapy: Offers advanced non-invasive mask ventilation and integrated high-flow oxygen therapy modes. The system applies high-performance leak compensation algorithms during mask therapy to ensure precise breath triggering and accurate volume delivery.
• Volumetric Carbon Dioxide Monitoring: Supports specialized mainstream tracking components to deliver continuous breath-by-breath gas data, giving clinical teams immediate validation of ventilation efficiency and metabolic trends.
• Workstation Flexibility and USB Transfers: Built with a modular chassis that can be deployed on a dedicated mobile rolling trolley or mounted directly to a ceiling supply unit. Individual clinician or unit configurations can be saved and instantly transferred to other machines using a standard USB port.
• Infrastructure-Independent Supply Modules: Can be equipped with optional, matching gas and power supply attachments. This includes a compressed air unit and an extended backup battery pack to secure uninterrupted treatment during facility infrastructure drops or internal transport.

Condition:  Excellent - Imported Pre Owned

The Dräger Evita Infinity V500 is a premium, high-performance intensive care unit (ICU) ventilator engineered to deliver advanced respiratory support and comprehensive monitoring. Designed to meet the demands of high-acuity hospital environments, the V500 features a highly scalable design that safely manages neonatal, pediatric, and adult cases on a single, unified device platform.

The system operates alongside the Infinity Medical Control Cockpit, utilizing a large, high-resolution color touchscreen. This interface translates dense clinical parameters into customizable views, focusing on rapid bedside evaluation, streamlined hospital workflows, and seamless data integration.

Key Clinical Advantages

• SmartCare/PS Automated Weaning: Upgraded with a clinical knowledge-based software system that continuously monitors patient breathing parameters. It automatically adapts pressure support levels and independently conducts weaning protocols to help guide the patient toward faster independent breathing.
• Low-Flow Lung Diagnostic Tools: Features specialized diagnostic software that safely executes low-flow maneuvers to plot repeatable static pressure and volume curves at the bedside. This assists clinicians in assessing lung recruitability and targeting optimal protective ventilation settings.
• AutoFlow Volume Guarantee Comfort: Outfitted with intelligent software for volume-orientated modes that automatically regulates the inspiratory gas flow. This achieves the target tidal volume while maintaining the lowest possible pressure level inside the lungs to protect fragile tissue.
• Advanced Non-Invasive Leak Compensation: Offers high-precision non-invasive mask ventilation across all patient categories. The software dynamically recognizes and compensates for mask leaks by adjusting breath triggers and termination points, maintaining optimal patient-ventilator harmony.
• Omnidirectional Safety Alarm Bar: Built with a prominent, top-mounted light bar that emits highly visible alarm flashes from any angle within the patient’s room. This visual safety concept ensures hospital staff can immediately see changes in pulmonary status.
• Smart Pulmonary View Graphics: Utilizes an advanced visual display system that transforms real-time compliance and airway resistance numbers into clear, animated graphics on the screen, giving clinical teams an instant visual snapshot of lung status.
• Volumetric Carbon Dioxide Monitoring: Incorporates specialized mainstream gas tracking modules to deliver continuous, breath-by-breath data. This provides immediate validation of carbon dioxide elimination trends, dead space metrics, and metabolic activity.
• Automatic Tube Compensation (ATC): Equipped with advanced software processing that calculates and continuously offsets the physical resistance imposed by endotracheal or tracheostomy tubes, significantly easing the patient’s extra breathing effort.
• Continuous Oxygen Therapy Mode: Includes a dedicated constant-flow oxygen setting that delivers targeted oxygen concentrations via masks or nasal interfaces for patients who are breathing entirely on their own.
• Infrastructure-Independent Transport Mobility: Can be paired with optional, matching expansion attachments. This includes the specialized turbine unit for independent compressed air and an extended backup power supply, securing high-level critical care during transport outside the ICU.
• Flexible Visual Configurations: Allows clinical teams to save multiple distinct screen arrangements per patient, prioritizing specific real-time curves, loops, or text trends depending on the individual therapy goals.
• High-Speed Data Connectivity: Built with a comprehensive array of data connection choices, including multiple USB and serial communication ports. This permits rapid digital export of parameters, full trend logs, and device configurations for clinical research or tracking.

Condition:  Excellent - Imported Pre Owned

The GE Engström Carestation is a premium, high-performance intensive care unit (ICU) ventilator engineered to provide reliable respiratory support and advanced metabolic monitoring. Designed as an intuitive and adaptable critical care workstation, it accommodates the entire patient spectrum, safely managing adult, pediatric, and neonatal cases on a single platform. The system balances customizable pneumatic breathing therapies with sophisticated diagnostic software to deliver comprehensive lung protection in high-acuity environments.

The Carestation features a flexible, moveable color touchscreen display that can be tilted and adjusted to fit crowded bedside spaces. Utilizing an un-cluttered visual interface paired with a central control wheel, the console provides clinical teams with excellent scannability of real-time breathing waveforms, respiratory trends, and critical safety parameters.

Key Clinical Advantages

• Universal Patient Range Support: Configured to manage a broad weight bracket starting from adult and pediatric patients. With the specialized Neo Flow Sensor option installed, the system expands its safety threshold to support fragile neonatal infants.
• Pressure Controlled Volume Guaranteed (PCV-VG): Outfitted with advanced volume-guarantee software that blends the physiological comfort of pressure-controlled breathing with the security of targeted volume delivery. The system automatically adapts to changes in lung compliance to maintain correct volumes using the lowest possible airway pressure.
• Advanced Monitoring and Spirometry: Includes the specialized INview suite, which tracks advanced lung diagnostics right at the bedside. This gives clinicians continuous visual feedback on real-time spirometry, lung volume changes, and overall pulmonary mechanics.
• Optional Metabolic Gas Tracking: Supports plug-and-play gas modules that continuously measure carbon dioxide, oxygen consumption, and energy expenditure. This allows clinical teams to track a patient’s direct nutritional and metabolic demands over time.
• Built-In Advanced Nebulization: Equipped with an integrated Aerogen Aeroneb Pro nebulizer control system. This built-in hardware operates in-line to deliver inhaled medications effectively to infants through adults without interrupting the ventilation circuit.
• Airway Resistance Compensation (ARC): Features automated software algorithms that calculate and continuously counteract the physical resistance imposed by endotracheal or tracheostomy tubes. This effectively eases the patient’s extra breathing effort during active weaning phases.
• Paramagnetic Oxygen Sensing: Utilizes a highly durable paramagnetic sensor mechanism to measure oxygen concentrations. This advanced technology eliminates the need for routine chemical sensor replacements, significantly lowering long-term maintenance costs.
• High-Performance Non-Invasive Ventilation (NIV): Offers dedicated non-invasive mask modes and nasal continuous positive airway pressure (nCPAP) choices. The system applies advanced leakage compensation to maintain precise breath triggering and stable pressure support even with an imperfect mask seal.
• Transferable Module Bay Design: Engineered with a removable and transferable module bay housing. This architecture allows hospital staff to seamlessly move monitoring components between the ventilator, central stations, or transport modules.
• Quick-Release Expiratory Valve: Designed with a tool-less, quick-release exhalation valve assembly that can be removed and sterilized between cases. This promotes strict hospital hygiene protocols and helps lower device turnaround times.
• Sophisticated Power Management Control: Built with an advanced power management system backed by integrated rechargeable batteries. This ensures the ventilator provides continuous, uninterrupted respiratory treatment for up to two hours during internal hospital transfers or unexpected facility power losses.

Condition:  Excellent - Imported Pre Owned

The Puritan Bennett 840 (PB 840) is a premium, high-performance critical care ventilator engineered to deliver exceptionally reliable respiratory support. Recognized globally as an industry workhorse for high-acuity intensive care units, it safely accommodates the entire patient spectrum, from fragile neonates and pediatric cases to adult patients. The system balances a highly responsive pneumatic design with dual-microprocessor architecture to ensure rapid breath delivery and maximum patient safety.

The ventilator is built with a modular, dual-console design featuring the DualView LCD touch screen system. This unique setup splits information onto two separate screens—the upper screen displays real-time monitoring data and waveforms, while the lower screen handles control settings and parameters—providing clinical teams with excellent visual scannability at the bedside.

Key Clinical Advantages

• Dual-Microprocessor Safety Architecture: Outfitted with an advanced internal control system powered by two independent microprocessors. One processor focuses entirely on breath delivery and patient triggering, while the second dedicated processor monitors safety loops and clinical data, ensuring constant cross-checking.
• Proportional Assist Ventilation (PAV+): Features an advanced, patient-controlled software mode that tracks the patient's real-time breathing effort. It measures work of breathing breath-by-breath, automatically supplying proportional support to match the patient's demand and ease weaning.
• Volume Proportionate Breath Delivery: Includes Volume Control Plus (VC+) technology, which combines the safety of volume targeting with the physiological comfort of pressure-controlled breathing. The system automatically adapts to changes in lung compliance to deliver the target breath using the lowest possible airway pressure.
• NeoMode Specialized Infant Software: Can be expanded with a high-precision neonatal module to safely support infants down to a very low body weight. This software optimizes flow sensitivity, adjusts circuit compliance compensation, and delivers precise, low tidal volumes.
• High-Performance Flow Sensitivity: Utilizes the advanced Flow-i triggering mechanism, which detects the exact moment a patient initiates a breath. This rapid response time minimizes the physical work of breathing and reduces patient-ventilator asynchronous fighting.
• Tube Compensation Weaning Tool: Equipped with software that calculates and continuously offsets the extra physical resistance imposed by an endotracheal or tracheostomy tube, simulating a virtual extubation environment to assess a patient's true breathing capability.
• Leak-Compensated Non-Invasive Ventilation (NIV): Offers high-precision mask ventilation modes featuring advanced leakage compensation software. This ensures accurate volume delivery, maintains precise trigger levels, and prevents accidental alarms during high-leak scenarios.
• Uninterrupted Expiratory Valve Design: Engineered with a specialized, active exhalation valve that allows completely unrestricted breathing during any part of the breath cycle. This open design lowers peak airway pressures and improves overall patient comfort.
• One-Touch Pre-Oxygenation Protocol: Built with a dedicated standby function that allows clinicians to deliver high-concentration oxygen for a set timeframe before and after airway suctioning procedures, preventing sudden oxygen drops.
• Highly Modular Component Setup: Designed with a separable breath-delivery unit and display screen. This flexible architecture allows the ventilator components to be mounted on a rolling trolley frame, a heavy-duty wall bracket, or an overhead intensive care service column.
• Robust Backup Power Solution: Supported by an integrated Backup Power Source (BPS) battery module that automatically assumes operations if the main electrical supply fails, securing uninterrupted mechanical ventilation for extended periods.

Condition:  Excellent - Imported Pre Owned

The Aeonmed VG-70 is a premium, mobile critical care intensive care unit (ICU) ventilator engineered to deliver continuous respiratory support across all high-acuity clinical environments. Designed as a dual solution, the VG-70 balances full-featured invasive ventilation with highly flexible non-invasive mask therapy. It safely accommodates a broad patient spectrum, managing adult, pediatric, and infant patients during acute treatment phases, sub-acute care, and intra-hospital transport.

The system is built around an ergonomic, detachable color touchscreen monitor paired with an integrated top alarm lamp that provides clear visual warnings from any direction. This design allows clinical teams to track respiratory waveforms, patient loops, and vital diagnostic data side-by-side for rapid bedside evaluation.

Key Clinical Advantages

• Infrastructure-Independent Internal Turbine: Outfitted with an ultra-quiet internal turbine blower that compresses ambient air to generate precise breathing gas pressure. This eliminates the need for an external air compressor or a central wall gas infrastructure, securing outstanding mobility throughout the hospital.
• Intelligent Lung-Protective Strategies: Features advanced ventilation modes, including Pressure Regulated Volume Control and dual-level positive airway pressure modes. These modes automatically adapt to real-time changes in lung status, delivering the targeted breath volume using the lowest possible pressure to protect fragile tissue.
• Comprehensive Patient Range Adaptability: Configured with a wide tidal volume delivery bracket. It supports specialized lower-volume boundaries and custom settings to safely accommodate pediatric patients starting from a small body weight.
• Autoclavable Integrated Exhalation Valve: Designed with a durable, metal-based heated exhalation valve assembly. The entire module can be easily detached and autoclaved between patient cases, promoting strict hospital infection control and reducing device turnaround times.
• Non-Consumable Flow Sensor Technology: Incorporates a high-precision, built-in flow sensor mechanism featuring a non-consumable design. This provides highly accurate flow measurement and breath triggering over extended operation periods without requiring routine replacement parts.
• Advanced Visual Leakage Compensation: Outfitted with an automatic leak detection and adjustment system that compensates for gas loss during non-invasive mask therapy. This ensures precise volume delivery and prevents accidental pressure alarms, maintaining optimal patient comfort.
• Complete Lung Mechanics Monitoring: Tracks comprehensive lung diagnostics right on the main console, including dynamic compliance, airway resistance, intrinsic positive end-expiratory pressure, and work of breathing trends.
• Automatic Tube Compensation (ATC): Equipped with specialized software that calculates and continuously counteracts the physical resistance imposed by endotracheal or tracheostomy tubes, easing the patient's breathing effort during weaning.
• Extended Mobile Battery Power: Supported by an integrated high-capacity battery layout that can be expanded to supply hours of continuous, uninterrupted internal operational power. This makes the ventilator fully prepared for transport to surgical spaces or imaging suites.
• Smart Suction and Safety Procedures: Programmed with automated care routines, including a one-touch suction protocol that delivers high-concentration oxygen before and after airway clearing to safeguard the patient from sudden oxygen drops.

Condition:  Excellent - Imported Pre Owned

The Philips Respironics V60 is a premium, high-performance critical care noninvasive ventilator engineered to deliver dedicated respiratory support for pediatric and adult patients. As a gold standard in noninvasive ventilation (NIV), it balances a high-output pneumatic system with advanced leak-adaptation software to optimize therapy in emergency departments, intensive care units, and step-down sub-acute wards.

The system features an intuitive color touchscreen interface backed by a high-contrast display panel. This console translates real-time respiratory waveforms, patient loops, and critical data trends into a clean visual format, allowing clinical teams to assess patient safety and ventilator synchrony at a single glance.

Key Clinical Advantages

• Auto-Adaptive Auto-Trak Technology: Outfitted with an intelligent, signature software algorithm that provides continuous, breath-by-breath digital leak adaptation. The system automatically adjusts its flow triggering and cycling thresholds in real time to match changing leak rates, eliminating manual adjustments.
• Exceptional Patient-Ventilator Harmony: Designed to recognize the exact moment a patient initiates or terminates a breath, even under high-leak conditions. This highly responsive triggering minimizes the physical work of breathing and reduces patient-ventilator asynchronous fighting.
• Comprehensive Noninvasive Modes: Offers a versatile range of treatment configurations, including Continuous Positive Airway Pressure (CPAP), Bi-level Positive Airway Pressure (BiPAP) with S/T, and Average Volume Assured Pressure Support (AVAPS).
• AVAPS Volume Guarantee Target: Combines the physiological comfort of pressure support with the safety of a targeted volume. The software automatically adjusts pressure delivery over time to maintain the user-set tidal volume, adapting seamlessly to changes in lung compliance.
• High-Flow Oxygen Therapy (HFOT): Integrated with dedicated high-flow nasal cannula therapy capabilities. This expands the device's utility, allowing clinical teams to switch from mask-based pressure support to constant-flow heated oxygen therapy without changing the primary equipment setup.
• Advanced Pediatric Support Safeguards: Configured to safely manage smaller pediatric cases down to a specific lower weight limit. The software refines its internal volume and flow parameters to ensure precise, gentle pressure delivery for younger patients.
• Dynamic Mask Selection Menu: Built with an integrated calibration database of Philips Respironics patient interfaces. Clinicians simply select the connected mask type from the screen menu, and the ventilator automatically programs the baseline resistance characteristics into its leak calculations.
• Internal Battery Power for Mobility: Supported by a robust, integrated backup battery module that delivers up to six hours of continuous operation on a single charge. This ensures uninterrupted mechanical ventilation during intra-hospital transport or unexpected facility electrical drops.
• Ergonomic Bedside Trolley Frame: Mounted on a highly stable, low-profile rolling cart equipped with a robust handle and a flexible screen-mounting arm, making it easy to maneuver and fit into tightly arranged intensive care bedsides.

Condition:  Excellent - Imported Pre Owned