The MCC-E is an automated Cardiopulmonary Resuscitation (CPR) device that is designed to perform mechanical chest compressions. It is a portable device that is lightweight and easy to carry. It is equipped with a patented technology that ensures sufficient compression performance.
MCC-E is used in both clinical and pre-hospital settings to provide effective and efficient CPR. It is capable of providing 100-120 chest compressions per minute and adjusting compression depth between 30-55 mm. The design is to meet the diverse requirements of different patients.
The MCC-E is an invaluable tool for healthcare professionals, as it is designed to help deliver a fast and efficient response to cardiac arrest patients. Its portability and accuracy offer quick and accurate CPR delivery which can be the difference between life and death in such critical situations.
With the patent of 3D compression technology from Weil Institute, MCC-E combines the cardiac and thoracic pump theory to increase the efficiency of mechanical chest compression. It is designed with a low gravity center, which prevents toppling and hurting patients when moving quickly, thus reducing compression risk.
Further, this device offers three-dimensional fixation of the thoracic cavity, which is applicable during the preparation of ECPR, hypothermia treatment, and PCI treatment, making CPR more efficient in a complex environment. This device can also handle a 45-degree inclination for head-up CPR, which is suitable for pre-hospital transportation in challenging environments such as in narrow spaces, on stairs or even in mountains.
It features a range of smart functionalities, such as adjustable compression depth and rate to develop the optimal compression strategy for each patient, along with the real-time display of CPR data including CCF, compression time, interruption time and total rescure time. It is an ideal tool for building a continuous quality improvement system for monitoring, data analysis, and improvement of resuscitation quality.
Weil Institute of Critical Care Medicine
1) Global strategic partner of SunLife
2) World famous Institute of Medicine
3) Cooperative research institute with AHA
Founder: Dr Max Weil
1) Internationally recognized as “father of Critical Care Medicine”
2) Created the first ICU in world
3) The founder and the first chairman of SCCM
4) Prompted the establishment and development of SunLife, established the partnership with SunLife
Dean, Chief Scientist: Dr Wanchun TANG
1) Fellow of AHA
2) Fellow of SCCM
3) One of the drafters of 2000, 2005 and 2010 International Consensus on Cardiopulmonary Resuscitation and Emergency Cardiovascular Care Science
Compression tpye:
Weight (with battery):
Power source:
Battery service life:
Soft Start Design:
Technical Sheet of Mechanical CPR Devices | ||
Manufacturer | SunLife Science | SunLife Science |
Model | MCC-E1 | MCC-E5 |
Compression type | 3rd Generation: 3D Compression Technology | 3rd Generation: 3D Compression Technology |
Weight (with battery) | 3.2kg | 3.2kg |
Power source | Battery: 60 min; AC: 110~240V, 50~60Hz; | Battery: 60 min; AC: 110~240V, 50~60Hz; |
Battery service life | 300 charge/discharge cycles | 300 charge/discharge cycles |
Soft Start Design | Yes | Yes |
Auto CPR machine is packaged and shipped in a well-protected box. It must be handled with care to ensure that it arrives safely and in good condition. The box should be sealed with tape and labeled with the product name, model, and serial number. All necessary components and instruction manuals should be included in the box.
Shipping of the Auto CPR machine should be done by a reputable courier or freight company that offers tracking. The package should be insured for the full value of the product. The shipment should include the customer's contact information, including name, address, and phone number. The customer should be notified when the product is shipped and should also be able to track the shipment online.
Contact Us at Any Time