| Customization: | Available |
|---|---|
| Type: | Emergency Ventilator |
| Used for: | Adult, Child, Infant, All People |
|
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Working Principle:
These ventilators work by delivering a controlled flow of air or a mixture of air and oxygen to the patient's lungs. They use a combination of pressure and volume control mechanisms. For example, in pressure - controlled ventilation, the ventilator delivers air until a preset pressure is reached in the patient's airways. In volume - controlled ventilation, a specific volume of air (tidal volume) is delivered with each breath cycle. The ventilator also manages the rate of breaths per minute and the ratio of inhalation to exhalation time to ensure proper gas exchange in the lungs.
Applications and Benefits:
1.Emergency Medical Services:
Portable ventilators are essential in ambulances and emergency response teams. They can provide life - sustaining ventilation during the transportation of critically ill patients to the hospital.
2.Home Healthcare:
For patients who require long - term ventilation support but can be managed at home, portable ventilators offer the convenience of allowing them to move around more freely and maintain a better quality of life.
3.Disaster Relief and Field Hospitals:
In disaster - stricken areas or in field hospitals, where access to a full - scale hospital infrastructure may be limited, portable ventilators can be used to provide critical respiratory care.
| Item | Value |
| Model Number | RM16-500 |
| Product name | Anethesia Machine |
| Material | Plastic |
Features:
1. Compact and Lightweight Design
Designed to be easily carried and moved around, convenient for transportation in ambulances or for use during patient transfers between different hospital departments.
2. Battery - operated
It equipped with rechargeable batteries. This power source provides the necessary energy to operate the device for a certain period without the need for a continuous electrical connection, ensuring that the ventilator can function during power outages or when moving the patient from one place to another.
3. Adjustable Ventilation Modes
These ventilators offer different ventilation modes to meet the diverse needs of patients. CMV where the ventilator delivers a set number of breaths per minute regardless of the patient's own respiratory efforts. SIMV synchronizes the ventilator - delivered breaths with the patient's spontaneous breaths.
4. Precise Pressure and Volume Control
The ability to accurately control the pressure and volume of air delivered to the patient is a crucial feature. The volume control allows medical staff to set the exact amount of air (tidal volume) that is delivered to the patient's lungs with each breath, ensuring proper oxygenation and ventilation.
5. User - friendly Interface
Portable ventilators typically have an intuitive control panel, which shows important parameters such as respiratory rate, tidal volume, and airway pressure. Simple buttons and knobs make it easy for medical personnel to adjust the settings. It also have an alarm system with visual and audible signals to alert the user when changes in pressure beyond the set limits.
6. Noise - reduction Technology
This is important as a quiet operation can help to reduce patient anxiety and discomfort during ventilation. Reduced noise levels also make it easier for medical staff to communicate with the patient and to monitor other sounds in the clinical environment.III. Setting up the ventilator parameters
Components and Structure:
1.Power Source:
As mentioned earlier, they usually have a rechargeable battery as the main power supply, along with an option to connect to an AC power outlet. The battery allows for mobility and use in situations where a power source is not readily available.
2.Control Panel:
The control panel is the interface through which the medical staff can adjust the settings of the ventilator. It typically includes buttons, knobs, and a digital display. The display shows important parameters such as the set respiratory rate, tidal volume, inspired oxygen concentration, and airway pressure.
3.Breathing Circuit:
This is the tubing system that connects the ventilator to the patient. It includes an inspiratory limb that delivers air or gas to the patient and an expiratory limb that allows the patient's exhaled air to exit. The circuit may also have a humidifier to add moisture to the inspired air, preventing the patient's airways from drying out.
4.Alarms:
A reliable alarm system is an essential part of a portable ventilator. There are alarms for low - battery, high or low airway pressure, disconnection of the breathing circuit, and changes in the patient's breathing rate outside the set parameters. These alarms help to ensure the safety and proper functioning of the ventilator.
1. who are we?
We are based in Shandong, China, start from 2003,sell to North America(30.00%),Southeast Asia (20.00%) , South America(10.00%),Eastern Europe(10.00%),Western Europe(5.00%),Mid East(5.00%) ,Central America (5.00%),Oceania(5.00%),Africa(5.00%),Domestic Market(1.00%),South Asia(1.00%),Southern Europe (1.00%), Eastern Asia(1.00%),Northern Europe(1.00%).
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