Life Scope P provides powerful ECG management and advanced sensing technology to give you more accurate, powerful and convenient monitoring. Life Scope P also gives you the flexibility to monitor patients in the ICU, CCU, NICU, OR, ER, general ward or cardiac rehabilitation.
Multi-connectors When you plug a different transducer, such as IBP, temperature, CO, CO2 or FiO2, into a multi-connector, it automatically detects the type of parameter and starts measuring. No extra setup or different modules when changing the parameter. This feature provides cost savings as well as more efficient monitoring.
High visibility, easy to use touch screen
The 12.1-inch color TFT LCD display with touch screen operation is easy to see as well as easy to use.
10 parameters with 6 parameter traces and 12 lead simultaneous ECG.
Highly reliable ECG monitoring with the power of an electrocardiograph in a compact bedside monitor.
12 lead ECG interpretation (BSM-4103/4113) 12 lead ECG with 10 electrodes provides 12 lead ECG interpretation results with similar quality to a Nihon Kohden cardiofax electrocardiograph with ECAPS 12C software.
Simultaneous 12 lead ECG display with 10 electrodes
High quality arrhythmia detection - multi-template matching with 8 dominant ECG waveform windows. You can edit and confirm the dominant waveform in the windows.
48-hour full disclosure with an optional memory card
Long duration ECG waveform display - 56 seconds - for easier recognition of arrhythmia patterns
Up to 500 ST events can be saved on an optional memory card. The ST measurement point can be edited.
Drug and hemodynamics calculation (BSM-4103/4113)
Networking Optional network card allows Ethernet networking with an LS-NET Life Scope monitor network. An optional ZS-900P transmitter attached to the monitor can send waveforms and numerical data to the central monitor.
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.
The blood pressure measuring technology in this monitor uses Nihon Kohden's patented PWTT technology (US patent no. 5564427, other patents pending).
Patient Monitoring 