ICU Ventilator

An ICU ventilator is a life-saving medical device used in intensive care units (ICUs) to help patients breathe when they cannot do so adequately on their own. It delivers oxygen to the lungs and removes carbon dioxide, ensuring the body gets the necessary gases for survival.

What is an ICU Ventilator?

ICU ventilators can fully control or assist the patient's breathing, depending on their needs, ensuring oxygen delivery and carbon dioxide removal. Parameters such as respiratory rate, oxygen levels, pressure, and airflow can be adjusted based on the patient's condition. They offer various modes, such as volume control, pressure control, and spontaneous breathing modes, to adapt to different clinical scenarios. Advanced sensors monitor the patient's respiratory status, triggering alarms if issues like low oxygen or high airway pressure arise. They can be used with a breathing tube inserted into the airway (invasive ventilation) or with a mask (non-invasive ventilation). ICU ventilators are often integrated with monitoring systems to provide real-time data on vital signs, respiratory patterns, and blood gas levels.

What are the features of ICU Ventilator?

An ICU ventilator has advanced features to help patients breathe when they cannot do so on their own. It ensures the right balance of oxygen and carbon dioxide and provides various modes of support depending on the patient's needs.

Key Features of ICU Ventilators:

Adjustable Breathing Support: The ventilator can provide full or partial breathing assistance, customized based on the patient's condition, to help maintain proper oxygen and carbon dioxide levels.

Multiple Ventilation Modes: It offers various modes, like pressure control, volume control, and spontaneous breathing, to suit different medical conditions and patient requirements.

Precise Oxygen Control: ICU ventilators allow fine-tuning of oxygen delivery to match the patient's needs, ensuring optimal oxygenation without causing harm.

Real-time Monitoring: The device monitors vital signs such as breathing rate, oxygen levels, and airway pressure, providing real-time data.

Invasive and Non-invasive Use: The ventilator can be used with a breathing tube (invasive) or a face mask (non-invasive), depending on the patient’s condition and requirements.

Compact and Portable Design: Many ICU ventilators are designed to be portable and lightweight, making them suitable for use during patient transport within the hospital.

Overview of ICU Ventilator Price:      

At Biomed Suppliers, we take pride in offering the lowest ICU Ventilator prices, catering to the needs of doctors, hospitals, and more. We are committed to providing high-quality ICU Ventilator Machine from top brands, including Philips, Hamilton, Drager, Air Liquide, and many more. In addition, we back our offerings with a Price Match Guarantee for these trusted brands.

 Ventilator Price Range:

The price of ICU ventilator machine can vary significantly, depending on the type and brand. ICU Ventilator Machine Price Ranges between In INR 3 lakh to INR 22 lakh. 

 Detailed ICU Ventilator Price List:

For your convenience, we have categorized our ICU Ventilator machine prices based on brands. Below, you will find a detailed price list:

ICU Ventilator Machine according to brands:

How does an ICU ventilator work?

An ICU ventilator assists or fully takes over the breathing process for critically ill patients who cannot breathe effectively on their own.

The ICU ventilator pushes air into the lungs. This air can be a mix of oxygen and room air, customized to meet the patient’s oxygen requirements. The ventilator controls the pressure and volume of air delivered. For example, in pressure control mode, it ensures air is delivered at a specific pressure, while in volume control mode, it ensures a fixed volume of air reaches the lungs. The ventilator operates in cycles, simulating natural breathing patterns. It can initiate each breath (mandatory mode) or assist the patient’s spontaneous breaths (supportive mode).

ICU ventilators constantly monitor the patient’s breathing, oxygen levels, and lung pressures. These parameters are displayed on the ventilator’s screen for healthcare professionals to assess. If there are issues, such as a blockage in the airway or a drop in oxygen levels, the ventilator sounds alarms to alert medical staff. They can then adjust the ventilator settings to optimize support.

Technical specifications of an ICU ventilator:

The technical specifications of an ICU ventilator define its operational capabilities and ensure it meets the respiratory support needs. These specifications help deliver effective and precise ventilation in intensive care settings.

Technical Specifications of ICU Ventilator:

• ICU ventilators support multiple modes, including Volume Control, Pressure Control, SIMV, and CPAP (Continuous Positive Airway Pressure). These options allow personalized respiratory support based on the patient’s condition.
• Adjustable tidal volume from 20 mL to 2,000 mL, accommodating neonates, pediatrics, and adults for accurate lung ventilation.
• ICU Ventilator delivers oxygen levels from 21% to 100%, enabling precise oxygen management to match the patient’s requirements.
• It is configurable from 1 to 60 breaths per minute, allowing adaptability for slow or rapid ventilation needs.
• ICU Ventilator Provides adjustable Positive End Expiratory Pressure (PEEP) from 0 to 20 cm H₂O and customizable peak inspiratory pressure (PIP), ensuring proper lung mechanics and gas exchange.
• Maximum inspiratory flow rate exceeding 100 L/min, essential for patients with high respiratory demands.
• Ventilator includes safety alarms for low oxygen levels, disconnection, high/low airway pressure, and apnea. These alarms enhance patient safety by alerting staff to critical changes.
• Ventilator machine battery backup of 2–6 hours, ensuring uninterrupted operation during power outages or patient transport.

Different Types of an ICU Ventilator:

ICU ventilators are classified based on how they provide breathing support to patients. Each type is designed to address specific respiratory needs, ensuring effective oxygenation and carbon dioxide removal.

Types of ICU Ventilators:

Pressure-Controlled Ventilator:

These ventilators provide air at a set pressure level. They are useful for patients with sensitive lungs to prevent over-inflation or lung injury while ensuring proper ventilation.

Non-Invasive Ventilator:

Provides ventilation support using a mask instead of an invasive breathing tube. It is commonly used for patients with conditions like sleep apnea or mild respiratory distress.

Portable ICU Ventilator:

Lightweight and easy to move, these ventilators are used during patient transport or in emergency situations while still providing advanced ICU-level ventilation.

Choose the Best brands of an ICU Ventilator:

Choosing the best ICU ventilator brand depends on factors like performance, features, and reliability. The following top brands are trusted worldwide for their advanced technology and efficient respiratory care.

Philips Respironics ICU Ventilator

Philips Respironics offers ventilators with advanced features like adaptive ventilation modes and real-time monitoring. They are user-friendly and designed to enhance patient comfort.

Hamilton ICU Ventilator

Hamilton ventilators are equipped with intelligent algorithms for automated ventilation adjustments. They ensure precise control and reduce the workload for medical staff, making them ideal for complex cases.

BPL ICU Ventilator

BPL ventilators offer reliable and cost-effective solutions for ICU settings. They focus on essential functions with intuitive designs, making them suitable for hospitals seeking value-for-money options.

Mindray ICU Ventilator

Mindray ventilators are recognized for their versatility, catering to both invasive and non-invasive ventilation. They feature high-resolution displays and advanced modes to meet diverse patient needs.

Noccarc ICU Ventilator

Noccarc provides high-performance ventilators with innovative technology. Their ventilators are known for being energy-efficient and designed for emergency and critical care.

Things to be considered before buying an ICU Ventilator:

Buying an ICU ventilator is a crucial decision that impacts patient care. It's essential to consider factors like functionality, patient compatibility, and budget to ensure it meets clinical needs effectively.

Things to Consider Before Buying an ICU Ventilator:

• Ventilation Modes
• Patient Compatibility
• Monitoring and Alarms
• Ease of Use
• Portability
• Maintenance and Durability
• Cost-effectiveness
• Compliance with Standards

FAQ’s:

What is an ICU ventilator used for?

ICU ventilators are used to help critically ill patients breathe when they cannot do so on their own. They provide oxygen and remove carbon dioxide, supporting patients with respiratory failure.

What types of patients need ICU ventilators?

Patients with severe lung infections, asthma, COPD, trauma, or those undergoing surgery might require ventilator support. It is also used for COVID-19 and other conditions causing respiratory distress.

Are ICU ventilators safe for long-term use?

Yes, ICU ventilators are designed for long-term use when required. However, prolonged use requires careful monitoring to prevent complications like lung injury or infections.

What are the common modes of ICU ventilators?

Common modes include Volume-Controlled, Pressure-Controlled, CPAP (Continuous Positive Airway Pressure), and SIMV (Synchronized Intermittent Mandatory Ventilation). These modes adjust based on the patient’s needs.

Can an ICU ventilator be used for all age groups?

Yes, many ICU ventilators are versatile and support neonates, pediatrics, and adults. They have adjustable settings for tidal volume, oxygen levels, and pressure.

What is the difference between invasive and non-invasive ventilation?

• Invasive Ventilation: A tube is inserted into the windpipe through the mouth or nose.
• Non-Invasive Ventilation: A mask is used to deliver air, often for mild to moderate conditions.

How much does an ICU ventilator cost?

The cost varies depending on features and brands. Basic models may cost around 3 lacs, while advanced models can exceed 15 lacs.