Our Vision
Elevating Healthcare Narratives
To be India’s premier partner in critical care by bridging the gap between world-class medical innovation and everyday emergency medicine, ensuring that revolutionary, life-saving technologies like the CARL system are accessible across every hospital PAN India to protect brains and save lives.
Why Choose CARL?
Automated, brain-protective precision resuscitation.
In sudden cardiac arrest, surviving shouldn't mean sacrificing brain health. While standard ECPR merely sustains life, CARL redefines the frontier of emergency medicine with a goal-directed, neuroprotective resuscitation platform. Our automated system continuously monitors and maintains optimal blood gas parameters 95% of the time during the critical first hour. By delivering custom pulsatile flow, rapid cooling, and targeted chemistry, CARL reduces frontline setup times by up to 30% and achieves up to a 50% brain-intact survival rate. Choose CARL to elevate your emergency care from standard life support to automated, tissue-saving precision.
50%
Brain-Intake Survival
95%
Parameter Precision
30%
Faster Frontline Setup
Core Features
Precision, protection, speed, portability.
The CARL system shifts cardiac arrest treatment from blind mechanical life support to data-driven, physiology-guided resuscitation. Instead of just moving blood, it dynamically manages blood pressure, oxygenation, temperature, and chemistry during the critical first hour of revival. This automated precision protects the brain, limits tissue swelling, and has successfully delivered up to a 50% neurologically intact survival rate even after prolonged cardiac arrest.
Pulsatile High-Pressure Flow
Generates a natural, pulsing blood flow at optimized pressures (80−120 mmHg) to forcefully reopen collapsed micro-capillaries in the brain and eliminate the dangerous "no-reflow" phenomenon.
Automated Oxygen & Chemical Titration
Continuously analyzes blood gas parameters in real time, automatically adjusting oxygen levels and limiting calcium toxicity to shield recovering cells from ischemia-reperfusion injury.
Rapid Target-Temperature Management
Features integrated, high-velocity cooling that swiftly drops core body temperature to 32−33∘C, lowering the brain’s metabolic demand and buying precious time for cellular recovery
Frontline Mobile Architecture
Compact, rugged, and engineered specifically for rapid deployment outside the operating theater, reducing frontline setup and cannulation times by up to 30%.
