Newport Wave E-200 Ventilator: Advanced Microprocessor Technology for Versatile Ventilation
The Newport Wave E-200 Ventilator stands as a cutting-edge solution for both adult and neonatal patients, designed to meet a wide range of respiratory needs. This microprocessor-controlled ventilator is equipped with multiple ventilation modes, including Assist/Control, SIMV, pressure support, spontaneous (CPAP), sigh, and inverse I:E ratio ventilation, ensuring optimal care tailored to each patient's condition.
One of the standout features of the Wave E-200 is its innovative Bias Flow technology, which enhances constant flow capabilities and significantly reduces ventilator response time. This advancement allows healthcare providers to deliver rapid, responsive ventilation, streamlining the process of weaning patients off mechanical support.
The Newport Wave E-200 emphasizes the crucial balance between patient comfort and mechanical efficiency. Designed for clinical versatility, it supports adult, infant, and neonatal applications, enabling facilities to standardize training and simplify ventilator management. The result is improved patient outcomes and reduced maintenance costs.
Key Features:
- Peak Expiratory & Inspiratory Flow Monitors: For accurate assessment of patient respiratory status.
- Expiratory & Inspiratory Tidal & Minute Volume Monitors: Ensures precise monitoring of ventilation parameters.
- Predictive Learning Logic Software: Automatically adjusts slope to enhance performance.
- Bias Flow Technology: Provides improved response times for better patient support.
- Heated, Filtered Exhalation Assembly: Enhances patient safety and comfort.
- Unique PSV with Variable Breath Ending Criteria: Adapts to individual patient needs.
- Built-in Oxygen Monitor: Ensures real-time monitoring of oxygen levels.
- Comprehensive Audible & Visual Alarms: Alerts healthcare providers to any changes in patient condition.
Upgrade your respiratory care capabilities with the Newport Wave E-200 Ventilator—a comprehensive solution designed for effective and flexible ventilation management across diverse patient populations.