Nihon Kohden introduceert een nieuwe patiënten- monitor: de PVM-2701. De monitor van Nihon Kohden staat voor hoge kwaliteit voor een scherpe prijs. Zoals men gewend is van Nihon Kohden, is ook de PVM-2701 zeer gebruiksvriendelijk.De PVM-2701 is volledig met een touchscreen te bedienen (10.4 inch) en kan de gemeten parameters tot 120 uur bewaren. Met de vijf basis-parameters: ECG, ademhaling (impedantie), NIBP, SpO2 en temperatuur, is het apparaat zeer geschikt voor gebruik bij onder andere spoedeisende hulp of dagverpleging in het ziekenhuis.The concept of PVM-2701 is "supreme ease of use." The PVM-2701 provides a solution for hospitals that want to improve quality and streamline operation. PVM-2701 combines high accuracy and simple operation to satisfy every caregiver from expert to trainee.
Large (10.4-inch) high resolution color TFT LCD screen
5 parameters: ECG (3 or 6 electrodes), SpO2, NIBP, impedance respiration, temperature
4 waveforms (ECG x 2, SpO2, respiration)
Lightweight, easy to carry with handle
3-hour battery operation
Touch panel operation allows easy and intuitive operation
Large data storage: Up to 120 hour trend, arrhythmia recall, alarm history and full disclosure
Time is synchronized across all review screens so the user can easily find the necessary data
Onscreen operation guide
An onscreen operation guide makes PVM extremely easy to use. For example, if a technical alarm occurs, illustrations show you how to solve the problem. The guide also shows correct measurement of ECG, SpO2 and NIBP.
Effective ECG monitoring
23 types of arrhythmia detection, ST measurement and selectable QRS detection (adult, child or neonate)
Optional 3-channel recorder
Revolutionary PWTT technology
This monitor incorporates a new parameter, PWTT (pulse wave transit time), which can have correlation with blood pressure. The monitor continuously calculates PWTT from ECG and SpO2. During periodic NIBP measurement, if PWTT exceeds the threshold it triggers NIBP measurement. This increases the chance to detect sudden change in blood pressure between periodic NIBP measurements.