LUCAS 3.1 Chest Compression System
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Description
LUCAS chest compression systems have been assisting lifesaving efforts around the world, delivering high-quality, guidelines-consistent compressions in the field, during transport, and in the hospital.
With over 12 years of clinical experience, we proudly present the third generation LUCAS device, built on the LUCAS legacy. The LUCAS 3 chest compression system has improved features to facilitate maintenance and handling and allows for new insights through easy, wireless access to device data.
Effective chest compressions are essential when performing CPR.
Uninterrupted compressions and complete chest rebound are the keys to improving the flow of oxygenated blood to vital organs, thus improving the chances for survival.
The LUCAS 3.1 Chest Compression System has been designed to deliver uninterrupted chest compressions at a consistent rate and depth, whether in the field, during transport, and throughout the hospital. It also frees up the rescuers from chest compressions, allowing them to attend to other critical issues.
Features
- Delivers Guidelines-consistent, high-quality chest compressions at recommended rate and depth while allowing for chest recoil
- Fewer interruptions, compared to manual CPR, leading to higher compression ratios and increased blood flow to the brain
- Higher EtCO2 values, compared to manual CPR, indicative of higher chance of ROSC
- Calms the event and reduces stress by eliminating the need to manage a compression rotation schedule
- Frees up care givers to focus on other tasks
- Utilizes data integration capabilities to enhance post event analysis and quality improvement efforts
- Overcomes caregiver fatigue by providing Guidelines-consistent chest compressions for multiple hours if required
- Allows for hands-free, high-quality chest compressions during transport
- Extends reach of care and allows for treatment of underlying cause during CPR (e.g. ECMO/PCI)
- Rescuers can avoid awkward and potentially dangerous situations when performing CPR during patient transport
- Potential to reduce CPR-related injuries to the CPR provider
- Reduces X-ray exposure of CPR provider during PCI
Product Specifications
| Rate: | 102 ± 2 compressions per minute |
|---|---|
| Depth: | 2.1 ± 0.1 inches / 53 ± 2 mm* |
| Compression duty cycle: | 50 ± 5% |
| ACTIVE 30: | 2 mode |
| Dimensions Assembled (HxWxD): | 22.0" x 20.5" x 9.4" |
|---|---|
| Weight Device with Battery (no straps): | 17.7 lbs / 8.0 kg |
| Weight Battery: | 1.3 lbs / 0.6 kg |
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Frequently Asked Questions (FAQs)
The Physio-Control LUCAS 3.1 Chest Compression System is a medical device used for automated chest compressions during cardiopulmonary resuscitation (CPR). It is designed to provide consistent and high-quality chest compressions to improve circulation and increase the chances of survival for patients experiencing cardiac arrest.
The LUCAS 3.1 Chest Compression System consists of a mechanical device that is placed over the patient's chest. It delivers automated chest compressions in a precise and consistent manner, following the recommended guidelines for CPR. The system includes a compression piston, a suction cup, and a backplate that work together to provide effective chest compressions while minimizing interruptions.
Yes, the LUCAS 3.1 Chest Compression System is designed for use in various settings, including hospitals, emergency medical services (EMS), and other healthcare facilities. It can be utilized during cardiac arrests both in and out of the hospital environment.
Yes, the LUCAS 3.1 Chest Compression System offers specific settings and accessories that allow for pediatric use. It can be adjusted to deliver appropriate chest compressions for pediatric patients, following the recommended guidelines and protocols for pediatric CPR.
While proper training and familiarization with the device are beneficial, the LUCAS 3.1 Chest Compression System is designed to be user-friendly and intuitive. Healthcare professionals can quickly learn how to operate and deploy the system effectively. It is recommended to follow the manufacturer's instructions and guidelines, as well as receive any specific training provided by the manufacturer or local authorities.