Products

Features

With high performance in a compact body, Life Scope i is ideal for transport monitoring and bedside monitoring for ER, OR and ICU, PACU, NICU, step-down unit, and general ward.

• Compact and lightweight with 3-hour battery operation
• High resolution (800×600 dot) 8.4-inch TFT color LCD touch screen
• 7 parameters
  • ECG (3 or 6 electrodes)
  • Respiration (impedance and thermistor)
  • SpO₂
  • NIBP
  • Temperature
  • IBP or CO₂ (mainstream)
  • second IBP (BSM-2303)
• 5 waves (BSM-2301) or 6 waves (BSM-2303)
• Multi-connectors
  When you plug a different transducer 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.
• Effective ECG monitoring
  Includes arrhythmia detection, dual lead ECG, and ST measurement. Editable, multi-template matching method provides more accurate arrhythmia information.
• Nurse-oriented
  • Touch screen provides more intuitive operation
  • Hot keys to quickly call up your most frequently used screens
  • Enlarged numeric screen
  • Short trendgraph with real time waveforms
  • Patient name can be hand-written on the touch screen
  • Alarm indicator can be seen 360° in every direction
• Multigas measurement with AG-920R Multigas Unit
• Full line-up of CO₂ sensors including cap-ONE for non-intubated patients.
• OCRG screen for neonatal monitoring
• Networking
  • Optional network card allows Ethernet networking with an LS-NET Life Scope monitor network. Optional wireless network station and access point is also available.
  • Optional ZS-900P transmitter attached to the monitor sends waveforms and data to the central monitor.
  • View data of other monitors in the network.
• 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.