EDAN X10 Patient Monitor

SKU: 6b498b759107 Category:
The EdanUSA X10 Patient Monitor fulfills primary clinical requirements in various environments including emergency rooms, general wards, rehabilitation centers, cardiac intensive care units, and in-hospital transfer units. The X10 comes equipped with a unique 3/5-lead system with automatic chest lead identification, making cardiac monitoring more flexible. The iSEAPTM ECG monitoring algorithm with 33 types of arrhythmia detections. SEMIP® ECG diagnosis algorithm with 208 findings. 

 

Features

  • 10.1” Touch Screen
  • No-fan Design
  • Barcode Scanner
  • Dual Alarm Lights
  • Privacy Mode
  • WiFi Built-in
  • Night Mode
  • MFM-CMS Connection
  • External Storage
  • 8 hour Battery
  • Ethernet Printer
  • Nurse Call
  • VGA Output
  • Defib Proof & Sync
  • 1200 NIBP Measurement
  • 240 h Trend Review
  • 200 Alarm Review
  • 48 h Frozen Waveform

 

Configurations

Standard Parameters

  • 3/5-lead ECG, RESP, SpO2, EDAN, EDAN NIBP,TEMP

Optional Parameters

  • 6/12-lead ECG, EDAN G2 CO2

 

Proprietary Algorithms & Technologies

EDAN G2 CO2 (sidestream)

  • Superior water trap design for accurate monitoring
  • iCARB algorithm with Intelligent CO2 pseudo wave identification technology sampling rate as low as 50ml/min
  • Accessories for all patient types

ECG

  • 12-lead ST analysis optional with additional internal module upgrade
  • Customizable 3/5-lead placement for more ECG waves
  • Automatic lead type detection
  • Industry-leading iSEAPTM algorithm with auto-detection of 33 types of arrhythmias
  • SEMIP® algorithm with 208 ECG findings over age/gender diversities

NIBP

  • Dual dust filter design makes no blockage inside and provides accurate NIBP readings
  • Unique cleaning mode for routine maintenance
  • iCUFSTM algorithm with smart deflation technology

SPO2

  • The iMAT algorithm with motion resistance and low perfusion resistance performance
  • Reference reading of Perfusion Index (PI) from 0 to 10 according to perfusion changes Simultaneous measurements of SpO2 and NIBP of the same limb