CorWave

CorWave

Clichy, France· Est.
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Private Company

Total funding raised: $95M

Overview

CorWave is a private, clinical-stage medical device company pioneering a novel wave membrane technology to create pulsatile LVADs, a significant departure from the continuous-flow pumps that dominate the current market. Inspired by natural blood flow patterns, its technology aims to improve patient outcomes and quality of life by reducing complications associated with non-pulsatile flow. With a seasoned leadership team and over 90 employees, the company is advancing its lead product, the CorWave LVAS Nemo, through clinical development to address the large and growing unmet need in advanced heart failure.

CardiovascularHeart Failure

Technology Platform

Proprietary 'wave membrane' technology that generates a pulsatile, undulating motion to pump blood, designed to mimic natural flow and improve hemocompatibility compared to standard rotary pump LVADs.

Funding History

3
Total raised:$95M
Series C$45M
Series B$35M
Series A$15M

Opportunities

The large and growing global heart failure population (64M+ patients) creates a multi-billion dollar LVAD market.
CorWave's pulsatile technology addresses key complications of current devices, potentially allowing it to capture market share and expand therapy to a broader patient population by improving safety and durability profiles.

Risk Factors

High clinical and regulatory risk associated with proving safety/efficacy of a novel implantable device.
Significant competition from well-established players like Abbott and Medtronic.
Execution risks in scaling manufacturing and achieving commercial adoption in a conservative medical field.

Competitive Landscape

The LVAD market is an oligopoly dominated by Abbott (HeartMate 3) and Medtronic (HVAD, though recently discontinued). Competition is based on device reliability, hemocompatibility, and clinical outcomes. CorWave's primary competitive differentiation is its pulsatile flow, which, if proven clinically superior, could disrupt the continuous-flow paradigm established over the last decade.