BeneVision N12/N15/N17

Rich in Features, Smart in Implementation

The innovative N12/N15/N17 Patient Monitors offer：

• Expansive monitoring capabilities, including advanced ECG analysis with QT/QTc and atrial fibrillation detection, and clinical application tools supporting goal-directed therapies
• An extensive selection of comprehensive parameter modules offering a scalable solution satisfying low, mid, and high acuity patient monitoring needs across the hospital enterprise
• Extensive data storage for trend data, alarms, events, and 48 hours of full disclosure for a complete view of patient condition supporting clinical decision-making at the point of care
• Wide-angle HD displays, single-level menu options, and configurable quick keys, reducing time spent searching for data and allowing more time for patient care
• Increasing viewable waveforms as your screen size increases – 8 waveforms with N12, 10 waveforms with N15, and 12 waveforms with N17, for a clear and uncluttered view of real-time patient vitals
• Advanced patient viewing capability incorporates Bed-to-Bed and Alarm Watch modes, optional independent and repeater screens for extended viewing of patients in areas such as the NICU, ICU, and Operating Room/Recovery
• Integrates within the BeneVision DMS for remote monitoring surveillance and secure data access to patient information across the hospital enterprise
• Options such as cardiopulmonary bypass (CPB) mode, NMT, INVOS™ rSO₂, and OR-specific user configurations make this a preferred solution for both anesthesiologist and surgical staff in the perioperative care area

Hemodynamic Monitoring with FloTrac™ Sensor from Edwards Lifesciences

Mindray and Edwards Lifesciences have collaborated to offer an advanced monitoring solution that provides clinicians with greater insights into a patient’s hemodynamic instability by integrating the Edwards FloTrac™ sensor technology into Mindray’s flagship BeneVision N-Series Patient Monitors. The N-Series is the first monitoring platform that integrates directly with the FloTrac™ sensor on the market today, assisting surgical and critical care providers in increasing efficiency, enhancing patient safety, and improving quality of care. This groundbreaking integration eliminates the need for a separate monitor, optimizing space and easing budget constraints.

Attaching to an existing arterial line, the FloTrac™ sensor monitors advanced hemodynamic parameters and automatically calculates key pressure and low parameters every 20 seconds, including:

• Stroke volume (SV)
• Mean arterial pressure (MAP)
• Stroke volume variation (SVV)
• Cardiac output (CO)
• Systemic vascular resistance (SVR)