High Frequency Neonatal Infant Ventilator Electric Power Source for Premature Infants and Infant Ventilation

• Modes of Ventilation: Ventilators can operate in various modes, including controlled mechanical ventilation (CMV), where the machine fully controls the breathing process, and assisted ventilation modes, where the ventilator supports the patient's own breathing efforts.

• Pressure and Volume Control: Ventilators can be set to deliver a specific volume of air (volume-controlled ventilation) or to maintain a specific pressure in the lungs (pressure-controlled ventilation), depending on the clinical requirements.

• Alarms and Monitoring: Advanced ventilators are equipped with monitoring systems that continuously track the patient's vital signs and breathing patterns, triggering alarms if parameters fall outside safe ranges.

Product Advantage:

• Life-Saving Intervention: Medical ventilators provide essential respiratory support for patients who are unable to breathe adequately on their own due to illness, injury, or surgery. This support is critical in keeping patients alive by ensuring continuous oxygen delivery and carbon dioxide removal.

• Versatility in Patient Care: Ventilators can be used across a wide range of medical scenarios, from acute respiratory distress syndrome (ARDS) and chronic obstructive pulmonary disease (COPD) to neuromuscular disorders and post-operative care. They are adaptable to the specific needs of each patient.

• Precision in Respiratory Support: Modern ventilators offer a variety of modes and settings, allowing healthcare providers to tailor ventilation to the patient’s specific condition. This includes adjusting the volume, pressure, and rate of breaths delivered, which can help optimize respiratory function and reduce the risk of lung injury.

• Advanced Monitoring and Safety Features: Medical ventilators are equipped with sophisticated monitoring systems that continuously track vital parameters like oxygen levels, air pressure, and respiratory rate. Built-in alarms alert medical staff to any abnormalities, enabling rapid response to changes in the patient’s condition.

• Improved Patient Comfort: With the development of advanced ventilator technologies, patient comfort has been significantly enhanced. Modern ventilators can synchronize with the patient’s natural breathing efforts, reducing discomfort and the sensation of breathlessness, particularly in assisted ventilation modes.

• Reduced Risk of Lung Injury: Newer ventilator designs focus on lung-protective strategies, such as low tidal volume ventilation and pressure-limited ventilation, which help minimize the risk of ventilator-induced lung injury (VILI). This is particularly important for patients with delicate lung conditions.

• Support for Long-Term and Home Care: Portable and non-invasive ventilators have expanded the scope of care beyond the hospital setting. These devices allow for long-term respiratory support at home, improving the quality of life for patients with chronic respiratory conditions and reducing the need for extended hospital stays.

Product Uses:

• Acute Respiratory Distress Syndrome (ARDS): Ventilators are essential in managing ARDS, a severe lung condition often caused by infections like pneumonia or COVID-19, where the lungs cannot provide sufficient oxygen to the body.

• Chronic Obstructive Pulmonary Disease (COPD): Patients with advanced COPD may require ventilator support during acute exacerbations when their lungs are unable to function properly.

• Surgery and Anesthesia: During general anesthesia, ventilators are used to control breathing, ensuring that the patient receives adequate oxygen while under sedation.

• Neuromuscular Disorders: Conditions such as amyotrophic lateral sclerosis (ALS) or spinal cord injuries that affect the muscles involved in breathing may necessitate long-term ventilator support.

Product Operate Guide：

Medical ventilators deliver air, usually enriched with oxygen, into the lungs of a patient through a tube that is inserted into the windpipe (endotracheal tube) or through a mask. The device is controlled to ensure that the right amount of air is delivered at the correct rate, pressure, and volume based on the patient’s needs. Modern ventilators are equipped with sensors and alarms to monitor the patient’s respiratory status and adjust settings as needed.

Auxiliary personnel

• Turn on the power switch

• Check whether the air pressure is sufficient (must reach 0.6Mpa)

• Click the host to start, and check whether each action is working properly

• Check and clean up each box room

• Put the bag, load the material, put the material box

• Click the host to start

• The product that is packaged in vacuum for the first time should be checked whether the seal is firm, whether the suction is tight and through the water check(Must check vacuum chamber 1-10)

• During the production process, check the product sealing and pumping conditions continuously

• Every 2 hours after the machine runs, must be the top cover of the machine, bag clip, and funnel mouth, carried out with an air gun clean

• The bag or material dropped on the machine, should be hooked out with a hook, do not take it by hand