MCC-ETM
Electric-driven 3D Chest Compressor Technology from Weil Institute
Resuscitation Warrior, Leading Resuscitation 3.0
Revolution of Cardiopulmonary Resuscitation
3D Compression Technology combines the advantages of cardiac pump and thoracic pump, and is the third generation of cardiopulmonary resuscitation technology. It simulates the operating principle of heart.
Features of MCC-E
● Real 3D compression tech with American patent.
● Compression depth and rate can be adjusted more accurately for OHCA & IHCA.
● Smallest size for different and difficult environments to use.
● Higher CPP for better quality of CPR following AHA guidelines.
● Less injury to patients with better performance of blood perfusion.
● Without limit for overweight patients by using different sizes of torso restraints
● Large data capacity with 180 hours of data.
● Long endurance -battery work time for a maximum of 4 hours of 2 batteries.
● Support data record & monitor&analysis to get CPR reports in real time.
Improves the Resuscitation Efficiency
3D Compression Technology, patented by Weil Institute for Critical Care Research & Innovation
The 3D Compression Technology combines the advantages of the cardiac pump mechanism and the thoracic pump mechanism, which generates the third generation of resuscitation technology.
SunLife and Weil Institute cooperated to apply the technology into clinical usage.
High Efficiency and Less Injuries
Experiment Items 1stGeneration 3rdGeneration Explanation
Comparison of Coronary Perfusion Pressure (CPP) and required chest compression depth 12-20 mmHg
5.3 - 6.1 cm		 14-50 mmHg
3.0 - 3.5 cm		 50% compression depth delivered by Weil MCC has the same effect as 100% compression depth delivered by other compressor brand
Intrathoracic Positive Pressure 10 mmHg 31 mmHg Facilitates blood circulation
Intrathoracic Negative Pressure - 3 mmHg - 10 mmHg Better for blood perfusion
Number of Broken Ribs Average 2.75 Nil Less to none complication and injury
48 hours after ROSC on Neurobehavioral Assessment Scale (NAS) 47.5 97.5 Better neuro recovery
*Data source: Wei Chen, MD ,PhD; Yinlun Weng, PhD; Xiaobo Wu, BME; Shijie Sun, MD, FCCM; Joe Bisera,MSEE; Max Harry Weil, MD, PhD,MCCM; Wanchun Tang, MD, MCCM. The effects of a newly developed miniaturized mechanical compressor on outcomes of cardiopulmonary resuscitation in a porcine model, Crit. Care Med 2012 Vol 40 No.11:3007-3012
Electronic Control Unit
Making Resuscitation Visible
and Fully Controllable
● Visible data, with 2.8 inches OLED screen feeding back the compression data in real-time.
● The depth and rate of compression can be adjusted for personalized treatment and scientific research.
● Statistics of CCF and other resuscitation data can be generated immediately after the rescue is completed.
● Large data capacity with the capacity of 180 hours of data.
● Supporting multi-channel transmission including USB, WiFi, and Bluetooth.
● CPR data cloud provides access to regional cardiac arrest events registration.
Electronic Control Unit
Display Parameters:
compression rate, depth, mode, rescue time, event number, battery status, wireless connection status.
Adjustable Parameters:
compression rate, depth, mode, date and time, data transmission mode, language.
Statistical Data:
CCF, compression rate, depth, time, rescue time, interruption time.
Lower Compression Risk
Soft start, provide the adaptation period to compression, reduce the risk of fracture.
3D compression combines the theory of cardiac pump and thoracic pump, reducing the impact of compression.
Low gravity center (<15cm), avoid toppling and hurting patients when moving at a high speed.
The battery can work for 60 minutes and the device can work while charging, which make the compression uninterrupted.
Suitable for Complex Environment
IP34 and EN1789 Certification.
Support the work at 45° inclination for Head-Up CPR.
Applicable to the preparation of ECPR, hypothermia treatment, and PCI treatment.
Separating of compression & operation by using the smart control panel.
Convenient, Suitable for Complex Environment
Per-hospital
In-hospital
Revolution of Cardiopulmonary Resuscitation
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