DINAMAP ProCare 400: A Versatile Monitor for Reliable Patient Surveillance
The DINAMAP ProCare 400 is an effective solution for monitoring patients who require precise tracking of their vital parameters. Developed by General Electric Healthcare, this monitor combines ease of use with high performance, ensuring reliable measurements in all circumstances. It is designed for healthcare facilities such as hospitals, clinics, and medical practices, where precision and speed of measurements are crucial.
This monitor enables real-time measurement of multiple physiological parameters, including non-invasive blood pressure (NIBP), pulse rate, oxygen saturation (SpO2), and body temperature. With integrated Nellcor™ or Masimo technology, pulse oximetry remains reliable even in cases of low perfusion. The Alaris™ thermometry system provides rapid and accurate temperature readings, whether oral or rectal.
The DINAMAP ProCare 400 is designed to adapt to demanding medical environments. Compact and lightweight, it is easily portable with an integrated handle, making it suitable for use in both hospital settings and ambulatory contexts. It can be used on a rolling stand, mounted on a wall, or attached to a bed with various installation options.
The device operates either on mains power or a built-in rechargeable battery, allowing for continuous use even during transport. When connected to an external power source, the transition between mains and battery power occurs automatically and seamlessly.
The DINAMAP ProCare 400's screen is designed for quick reading of patient parameters. Quick-access keys allow for manual or automatic measurements in seconds, optimizing healthcare staff time. An audible and visual alarm system immediately alerts in case of abnormal values, ensuring prompt patient care. The device is also compatible with a nurse call system, enabling alerts to medical staff when needed.
The DINAMAP ProCare 400 is compatible with standard market accessories, including blood pressure cuffs for various patient sizes (including neonates), reusable or disposable SpO2 sensors, and interchangeable temperature probes. Its maintenance is straightforward, and the availability of spare parts ensures durable and effective use.
