Description

Transport ventilator are portable mechanical ventilators designed for use during patient transport inside and outside hospitals. They provide temporary ventilation support for critically ill patients who require breathing assistance when being moved between healthcare facilities or within a facility.

Transport ventilators are more compact, durable and battery-powered compared to standard ICU ventilators. They are intended for short-term ventilation during transport situations like:

• Transferring patients from an emergency scene to the hospital
• Moving patients between hospital departments like ICU, OR, diagnostic imaging etc.
• Interhospital transfers between healthcare facilities
• Transporting patients during evacuations or disasters

Key features include reliability, mobility, and flexibility to provide adequate ventilation in transport conditions where patient monitoring and care options may be limited.

Key Features

The TRANSPORT VENTILATOR stands out for its superior portability, extended battery life, versatile oxygenation modes, and advanced alarm capabilities.

Portability

Weighing only 10 pounds, the TRANSPORT VENTILATOR is one of the lightest and most compact ventilators on the market. Its slim, ergonomic design makes it easy to maneuver and transport patients. The ventilator can be mounted on a pole or carried by the integrated handle for maximum mobility.

Battery Life

The internal rechargeable battery provides up to 10 hours of operation, eliminating the need for an external power source during transport. The battery quickly recharges in just 4 hours. An external battery extender is also available for extended power needs.

Oxygenation Modes

The TRANSPORT VENTILATOR offers volume control, pressure control, SIMV, and CPAP/PEEP oxygenation modes to accommodate any critical care situation. The advanced turbine design delivers consistent volume and pressure through the changing conditions of transport.

Alarm Capabilities

Patient safety is ensured through configurable audible and visual alarms for high/low pressure, apnea, leakage, oxygen, and more. Alarms provide clear indicators to prevent mishaps during patient transport or care.

Specifications

The Transport Ventilator has compact dimensions of 12 x 8 x 15 inches and weighs 7 pounds with the internal battery installed. This makes it highly portable for transport situations.

• Battery: The internal Lithium Ion battery provides up to 8 hours of operation. It can be charged to full capacity in 4 hours.
• Operational: The ventilator provides volume control (VC), pressure control (PC), and pressure support (PS) ventilation modes. The tidal volume range is 50 to 2000 mL and the respiratory rate can be set from 5 to 80 breaths/minute. The device meets IP44 standards for water ingress protection.
• Monitoring: The ventilator continuously displays airway pressure, tidal volume, respiratory rate, FiO2, and battery status on its color touchscreen display. It also provides configurable audible and visual alarms for situations like low battery, airway obstruction, and power failure.
• Accuracy: The delivered tidal volume accuracy is ±10% or 15 mL, whichever is greater. The oxygen accuracy is ±5%.

The compact size and long battery life make the Transport Ventilator ideal for intrafacility transport and short-duration portable applications. Its ventilation capabilities and monitoring features help ensure effective ventilation during patient transport.

Modes of Ventilation

The TRANSPORT VENTILATOR offers several modes of ventilation to meet the needs of different patients:

Volume Control

In Volume Control mode, the ventilator delivers a preset tidal volume to the patient with each breath. The rate and tidal volume are set, while the airway pressure varies to deliver the tidal volume. This mode ensures minute ventilation and is useful when precise tidal volumes are required.

Pressure Control

Pressure Control mode allows the provider to set a maximum inspiratory pressure. The ventilator delivers breaths up to the set pressure limit, and the tidal volume varies based on lung compliance and airway resistance. This mode prevents excessive peak pressures and is useful for patients with acute lung injury.

SIMV

The Synchronized Intermittent Mandatory Ventilation (SIMV) mode combines spontaneous breathing by the patient with mechanical, time-cycled mandatory breaths. The rate of mandatory breaths is set, along with the pressure support level for spontaneous breaths. SIMV allows patients to participate in ventilation while ensuring a backup rate if apnea occurs. This mode can facilitate weaning for some patients.

Monitoring Capabilities

The TRANSPORT VENTİLATÖR provides comprehensive monitoring capabilities to ensure optimal ventilation therapy. Key parameters that can be continuously monitored include:

Respiratory Rate

• Respiratory rate is measured in breaths per minute.
• The ventilator accurately measures and displays the patient’s respiratory rate in real-time.
• Clinicians can set upper and lower alarm limits for respiratory rate to ensure the patient remains within the target range.

Tidal Volume

• Tidal volume refers to the amount of air inhaled and exhaled during each breath. It is measured in milliliters.
• The ventilator precisely measures delivered and exhaled tidal volumes for controlled and assisted ventilation.
• Tidal volume monitoring helps avoid under or over-ventilation of the patient’s lungs.

FiO2

• FiO2 stands for the fraction of inspired oxygen being delivered to the patient.
• The ventilator continuously monitors the percentage of oxygen being delivered with each breath.
• FiO2 can be adjusted based on the patient’s oxygenation needs.

SpO2

• SpO2 refers to peripheral oxygen saturation levels.
• Integrated pulse oximetry allows real-time monitoring of blood oxygen saturation.
• Audible and visual alarms alert staff to unsafe SpO2 levels.

With its comprehensive monitoring capabilities, the TRANSPORT VENTİLATÖR empowers clinicians to optimize ventilation therapy and lung protective strategies for critically ill patients. The ability to track key parameters helps improve care and outcomes.

Alarms

The TRANSPORT VENTİLATÖR has several alarms to alert clinicians of potential issues:

High/Low Pressure Alarms

The ventilator continuously monitors airway pressures and will alarm if pressures go outside set limits.

• High Pressure Alarm – This alerts if airway pressures exceed the high pressure limit set on the ventilator. This could indicate an obstruction in the breathing circuit or stiff/noncompliant lungs.

• Low Pressure Alarm – This alerts if airway pressures drop below the low pressure limit set on the ventilator. This could indicate a circuit leak or disconnect.

High/Low Respiratory Rate Alarms

The ventilator monitors the patient’s respiratory rate and will alarm if it goes outside set limits.

• High Respiratory Rate Alarm – Triggers if the patient’s respiratory rate exceeds the high limit set on the ventilator. This could indicate the patient is tachypneic or in respiratory distress.

• Low Respiratory Rate Alarm – Triggers if the patient’s respiratory rate drops below the low limit set on the ventilator. This could indicate hypoventilation or apnea.

Power Failure Alarm

The TRANSPORT VENTİLATÖR contains an internal battery backup in case of power loss. If the ventilator switches to internal battery power, it will alarm to notify the user. This alarm alerts staff to reconnect external power or prepare to switch to a secondary ventilator if power cannot be restored.

Safety Features

The TRANSPORT VENTİLATÖR includes several important safety features to protect patients.

Overpressure Relief

An overpressure relief valve prevents excessive pressure from building up in the patient’s airway. If the airway pressure exceeds a preset safety limit, the valve will open to vent excess air and prevent injury to the patient’s lungs. This is an important safeguard against mechanical failure or user error.

Battery Backup

The ventilator has an internal rechargeable battery that provides power in the event of an electrical outage or during transport. The battery can power the device for several hours, allowing continued ventilation during transport or temporary power loss. This helps ensure there is no interruption in critical respiratory support.

Internal Self-Checks

The TRANSPORT VENTİLATÖR performs regular automated tests of its sensors, valves, alarms, and other internal components. If any issues are detected, audible and visual alarms will activate to alert caregivers. Self-checks help ensure all components are functioning properly and increase safety by identifying problems before they impact ventilation.

Accessories

The TRANSPORT VENTİLATÖR comes with several useful accessories to enhance portability and convenience.

Carrying Case

The ventilator includes a durable carrying case to protect the device and make transportation easy. The case is made of high-quality materials and has a padded interior to prevent damage. It has both a handle and a shoulder strap for flexible carrying options. The case is designed to fit the ventilator snugly while still allowing access to controls and connections.

External Battery

For situations where AC power access is limited, the TRANSPORT VENTİLATÖR can be powered by an optional external battery. This lithium-ion battery attaches securely to the device and provides several hours of power, depending on ventilator settings and battery capacity. External batteries are available in various capacities based on runtime needs.

Oxygen Hoses

The ventilator is supplied with oxygen hoses to connect to an oxygen source. The hoses are made of durable, kink-resistant materials for reliable oxygen delivery. Various hose lengths are available to accommodate different setups and range requirements. The hoses connect securely to prevent accidental disconnections.

Maintenance

Proper maintenance of a transport ventilator is critical for patient safety and optimal performance. Here are some key maintenance tasks:

Cleaning

Transport ventilators should be thoroughly cleaned between patients to prevent cross-contamination. All external surfaces should be wiped down with hospital-approved disinfectants compatible with the ventilator materials. Internal components like patient circuits also need regular cleaning and replacement per manufacturer guidelines.

Calibration

Transport ventilators require regular calibration to ensure all parameters like volume, pressure, and gas delivery are accurate. Calibration schedules vary but most transport ventilators need calibration every 6-12 months. Calibration must be performed by qualified biomedical technicians using calibration equipment traceable to national standards.

Preventative Maintenance

In addition to cleaning and calibration, preventative maintenance helps uphold ventilator performance and reliability. This involves regular inspection of components like sensors, valves, batteries, etc. per the manufacturer’s schedule. Potential issues like leaks, loose screws, worn parts should be identified and corrected before failures occur. Proper documentation of all maintenance is essential.

Comparisons

The Transport Ventilator stands out from other portable ventilator models in several key ways:

Portability – The Transport Ventilator weighs only 10 pounds, making it one of the lightest and most portable ventilators on the market. It can run on battery power for up to 8 hours, allowing it to be used continuously during patient transport. Other comparable models are heavier and bulkier.

Features – This ventilator includes advanced modes of ventilation such as Pressure Regulated Volume Control and Adaptive Support Ventilation. It can also provide non-invasive ventilation. Many other portable models only offer basic volume and pressure control modes.

Monitoring – The Transport Ventilator provides continuous monitoring of tidal volume, minute volume, respiratory rate, I:E ratio, and other critical parameters. Some competing models have limited monitoring capabilities.

Price – At around $15,000, the Transport Ventilator is competitively priced compared to other full-featured portable ventilators which can cost $20,000 and up. It provides good value for the performance and capabilities.

In summary, the Transport Ventilator combines lightweight portability, advanced features, extensive monitoring, and reasonable pricing. For medical facilities that need a high-performance portable ventilator, it stands out as a top option compared to rivals.