A Versatile Solution for Effective and Adaptable Ventilation
The Philips Respironics V60 ventilator is designed to provide high-quality non-invasive ventilation, with the capability for invasive support if needed. Suitable for both adult and pediatric patients, it offers precise and secure management for a wide range of respiratory conditions. With an intuitive interface and monitoring technologies, it optimizes ventilation management while ensuring maximal patient comfort.
The integrated Auto-Trak technology automatically adjusts trigger and cycle parameters to ensure optimal synchronization between the patient and the device. This helps compensate for leaks and improves patient tolerance to ventilation. The AVAPS (Average Volume Assured Pressure Support) mode dynamically adjusts pressure to maintain a target tidal volume, ensuring stable and effective ventilation.
The V60 also features CPAP mode with the C-Flex option, which offers three levels of expiratory pressure reduction to enhance comfort and promote treatment adherence. For patients requiring more rigorous control, the PCV (Pressure Control Ventilation) mode provides controlled ventilation with precise monitoring of volumes and pressures.
Equipped with a six-hour internal battery, the V60 facilitates intra-hospital transfers without compromising continuity of care. Its robust and ergonomic design makes it an essential tool for intensive care units, emergency departments, and facilities requiring flexible ventilation management.
The Philips Respironics V60 includes real-time monitoring of respiratory parameters, with a clear display of data. It allows tracking of respiratory rate, minute volume, peak inspiratory pressure, and patient leaks, ensuring quick intervention when needed.
With its multiple modes and options, the Philips Respironics V60 adapts to a variety of clinical requirements. Its intuitive design makes it easy for healthcare professionals to use, allowing for quick and efficient adjustment of ventilation parameters. Its compact design and interactive interface make it a practical and high-performing device for hospital environments.
