MCC-E1 Electric-driven 3D Chest Compressor

Features

• 3D compression technology: This technology combines the cardiac pump and thoracic pump mechanisms to improve resuscitation efficiency. 
• Electronic control unit: The MCC-E1 has a 2.8-inch OLED screen that displays compression data in real-time. It also allows the user to adjust the compression rate and depth. 
• Low compression risk: The MCC-E1 has a soft start to reduce the risk of fracture. It also has a low gravity center to prevent toppling and hurting patients. 
• Suitable for complex environments: The MCC-E1 has IP34 and EN1789 certification. 
• Data capacity: The MCC-E1 has 180 hours of data capacity. 
• Multi-channel transmission: The MCC-E1 can transmit data using USB, WiFi, and Bluetooth. 
• CPR data cloud: The MCC-E1 has a CPR data cloud. 
• Lightweight: The MCC-E1 weighs only 3 kg, and the full setup weighs less than 7 kg. 
• Adjustable compression: The MCC-E1 allows the user to adjust the compression depth and rate. 
• Charge while in use: The MCC-E1 can be used while charging. 
  Data storage

  The MCC-E1 can store resuscitation data automatically and export it for analysis and reporting. It has a data capacity of 180 hours and can transmit data via USB, WiFi, and Bluetooth.

  Uses
  The MCC-E1 is suitable for a variety of uses, including:

  • Preparing ECPR 
  • Hypothermia treatment 
  • PCI treatment 
  • Head-up CPR 
  • Complex environments

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• Vehicle loadable
• Wheel lock
• Automatic tube arm lock at any angle
• Storage space for cassettes or detectors
• User Programmable APR, save up to 9 APR settings
• Three way X-ray exposure
• USB interface & Bluetooth
• Remote control (Option)
• 5kg including X-ray unit, collimator and stand
• Maximum hight of 228.6cm
• Exposure Hand Switch
• Foldable, two-step stand

• Power Rating - 4kW,
• 100kHz, high frequency X-ray Generator
• kVp Range - Maximum 140kVp
• mAs Range - 0.1-250mAs
• mA Range – 10 to 100mA
• 330~2000mm FD
• Collimator with 30 seconds LED lamp timer

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• Provides convenient user interface and easy operation
• Anatomical view-based digital image processing
• Radiographic stand and automatic collimator control function
• DICOM 3.0 networking interface features include: work-list, print, store, and query for
• integration with any PACS or RIS.

• Outstanding image quality by optimized digital image processing
• Easy driving and maneuverable with ergonomic and compact design
• Convenient and enough space for detector, battery and other necessary stuff
• Swift mobility with 5km/h speed allows you to save time, cost and satisfy your patient with quick processing
• Accurate positioning and precise movement provided with 4 direction buttons on this control panel
• Longer arm stroke and high column provide wider coverage and patient-friendly operation service
• A safety function with front safety bumper & brake, spring loaded front wheel and status LED indicator
• Provide best satisfaction and convenience for your patient and operator. It will prevent any unexpected and secondary accident

• Output Rating   - 32kW/40kW
• kVRange          - 40 to 125V/150kV
• mA Range        - 10 to 400mA/500mA
• mAs Range      - 0.1 to 400mA/500mAs

• Size – 14X17inch
• Scintillator - Csl/GOS
• Type - Wireless

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• Simultaneous registration and observation of ECG signal from all 12 leads on PC screen,
• Automatic measurement of HR, ST level and slope,
• Printing and archiving examination report which contains: patient's data, the full disclosure ECG of the whole recording, selected strips, average P-QRS-T complexes, table summary, load value, HR, ST level and slope,
• RAMP protocol
• PMHR control
• Digital filtration of mains disturbances
• Digital filtration of muscle origin disturbances
• Resting examination: 12, 6 or 3-channel in manual or automatic mode
• Automatic regulation of isoelectric line position in the middle of registration channel
• Automatic elimination of isoelectric line migration

• excellent quality of ECG waveforms thanks to the use of digital filters eliminating the swimming of the isoelectric line and disruption of muscle origin,
• uninterrupted recording and presentation of 12-lead ECG signal, presentation of averaged P-QRS-T units with 12 leads along with the results of ST level and slope measurements,
• automatic HR measurement, ST level and ST segment slope,

• automatic control of cycloergometer and treadmill load,
• archiving and printing of the research report,
• automatic determination of measuring points with the possibility of manual correction,
• automatic arrhythmia analysis,
• presentation of parameters regarding: test phase, current load, stage time and total effort time,
• monitored parameters: rhythm rate, MET, double product, blood pressure, level, ST segment slope and load,
• real-time ECG printout,
• preview of trends of all measured parameters during the test,
• alarm system for monitored parameters and arrhythmia,
• an option to automatically measure blood pressure,
• archiving and printing a report enabling a reliable assessment of the study (such an report contains ECG, average P-QRS-T assemblies and a table with measurement results),
• standard test protocols and the ability to define your own protocols also in RAMP mode,
• preview the report on the screen before printing the report,
• function of reanalysis of the performed test,
• presentation of 3D trends illustrating ST segment changes.

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