The corpuls cpr has redefined the standard for the next generation of automatic chest compression devices used by the emergency medical services and hospitals to achieve the best possible patient outcome in a cardiac arrest.
Rotating Arm
Grants free access to the patient’s thorax at all times. Includes two reusable stamps.
Energy Management
Supplied with 2 lithium polymer (LiPo) batteries, each with 90 minute runtime.
Pressure Parameters
Automatic and customisable therapy modes to determine frequency and depth.
Capable Communication
Bluetooth for data exchange with corpuls3 and NFC for fast pairing.
Radiolucent Boards
Three boards designed for various scenarios in the hospital or for EMS.
Trusty Backpack
Custom tailored PAX® bag stores all accessories, such as the board, spare battery, stamp and mains adapter – immediately ready for use.
5.5kg Weight
Total operational weight including arm with stamp and battery.
Operating Temperatures
Use under extreme conditions: -20° to +45°C. IP54 (Dust and water spray protected).
The corpuls cpr comes with clearly visible colour display and an easy to access control panel buttons.
Resuscitation algorithms are set to fully comply with ERC/AHA guidelines.
The compression depth and/or rate can be manually adjusted when needed.
Pressure frequency: 80 to 120 compressions/min (individually adjustable in increments of 1 compression/min).
Pressure depth: 2 to 6 cm (individually adjustable in increments of 0.1 cm).
Therapy mode: 30:2 / 15:2 / continuous.
Thorax height: 14 to 34 cm.
No restrictions regarding the patient’s weight and breadth of thorax.
Approved for use on children from the age of 8.
The compression pads come in two sizes and can be disinfected with all common agents. This helps to keep running costs to a minimum and ensures the corpuls cpr can be deployed on every CPR job without financial worries in the back of operators’ head.
The corpuls cpr comes in an ergonomic, high quality bag pack that is capable of storing all relevant accessories in designated compartments.
With two joints and a height adjustable arm the corpuls cpr can be quickly adapted to the patient‘s body. It guarantees the optimal pressure point during therapy. Compression depth and mode can be easily adjusted. For optimal effectiveness, three different radiolucent boards are available.
The radiotranslucent recboard was developed for pre-hospital treatment. With the specially developed attachment straps, it can be fixed onto any standard stretcher system. Thanks to the symmetrical shape, the recboard provides absolute flexibility when positioning the arm. The cpr arm can be placed across the shoulders or on the side of the patient.
The quadboard was designed for in-hospital use. It is radiotranslucent, easy to disinfect and quickly placed beneath the patient with the handle.
Specially designed for use with a scoop stretcher or vacuum mattress. Just like the recboard and the quadboard, the scoopboard is made of a radiotranslucent carbon fibre compound material. The scoopboard has the same multifunctional securing straps as the recboard.
The corpuls cpr is designed so it can be deployed within seconds during difficult cardiac procedures in theatres while it is set up on standby. There is no limitation with regards to accessing the patient’s thorax due to the devices rotating arm. All compression boards available are made of radiolucent material to ensure the use of radiology equipment is not compromised at any time.
The corpuls cpr provides fully automatic, fatigue-proof thorax compression, ensuring less strain on first responders in an emergency scenario. Fast and secure adjustment allows fast switching to thorax compression by machine.
Using the corpuls cpr during a resuscitation does not only assure perfectly accurate chest compressions, it also protects your crews from the risks associated with performing CPR in a moving vehicle.
It’s unique design allows the users to deploy the corpuls cpr without compromise and missing compressions as per ERC/AHA guideline algorithms.
The corpuls cpr checks its position of the compression pad after each ventilation break or 100 compressions (in continuous mode) to compensate any impact CPR has on the patient’s thorax.
