PercAssist

PercAssist

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Private Company

Total funding raised: $17.5M

Overview

PercAssist is pioneering a next-generation mechanical circulatory support (MCS) device that operates from outside the heart's chambers. Its eVAD™ System is an extravascular, intrapericardial device that compresses the heart in sync with its natural rhythm, offering potential biventricular support without the need for blood contact or systemic anticoagulation. The company has completed key preclinical studies and initiated early clinical programs in Europe and South America, targeting the large and growing population of patients with cardiogenic shock and advanced heart failure. With a strong IP portfolio and an experienced leadership team, PercAssist is positioned to address significant unmet needs in the MCS market.

CardiovascularHeart Failure

Technology Platform

Extravascular direct cardiac compression via an intrapericardial device that synchronously inflates to augment native heart function, avoiding blood contact.

Funding History

2
Total raised:$17.5M
Series A$15M
Seed$2.5M

Opportunities

The large and growing global heart failure population, coupled with significant complications from current intravascular support devices, creates a substantial market for a safer, extravascular alternative.
Successful clinical validation could position the eVAD as a preferred solution for temporary support in cardiogenic shock and bridge-to-recovery scenarios.

Risk Factors

The novel extravascular approach faces unproven long-term safety and efficacy in humans, and the company must navigate complex regulatory pathways.
It also competes against well-funded, established players with entrenched intravascular device technologies and deep clinical relationships.

Competitive Landscape

PercAssist competes in the MCS market against dominant players like Abiomed (Impella), Abbott (HeartMate, CentriMag), Medtronic (HeartWare), and Getinge (Cardiohelp ECMO). Its primary differentiation is the extravascular, non-blood-contacting approach, which aims to avoid the bleeding, clotting, and infection risks associated with these incumbent intravascular and intracardiac devices.