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Picard Medical / SynCardia Advances Emperor Total Artificial Heart Program with Successful Next-Generation Preclinical Implant Studies

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Picard Medical (NYSE American: PMI), parent of SynCardia, reported successful completion of three acute in vivo animal implants of its next-generation Emperor Total Artificial Heart (TAH) at University of Arizona and Banner University Medical Center.

The latest Emperor TAH iteration features an independent dual motor ventricular system, delivered stable hemodynamic support with physiologic autoregulatory behavior, and showed no device-related intraoperative failures. The fully implantable Emperor TAH remains under development and is not FDA approved.

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AI-generated analysis. Not financial advice.

Positive

  • Three Emperor TAH acute animal implants achieved stable hemodynamic support
  • No device-related intraoperative failures occurred during the study procedures
  • Independent dual motor ventricular design allows side-specific circulation control
  • Preclinical results support continued development toward a fully implantable TAH platform

Negative

  • Emperor TAH is still under development without FDA approval or clearance
  • Evidence to date is limited to three acute large-animal implant procedures

News Market Reaction – PMI

+60.33% 7.7x vol
65 alerts
+60.33% News Effect
+88.9% Peak in 5 hr 22 min
+$11M Valuation Impact
$28.41M Market Cap
7.7x Rel. Volume

On the day this news was published, PMI gained 60.33%, reflecting a significant positive market reaction. Argus tracked a peak move of +88.9% during that session. Our momentum scanner triggered 65 alerts that day, indicating high trading interest and price volatility. This price movement added approximately $11M to the company's valuation, bringing the market cap to $28.41M at that time. Trading volume was exceptionally heavy at 7.7x the daily average, suggesting very strong buying interest.

Data tracked by StockTitan Argus on the day of publication.

Key Figures

Acute implant procedures: 3 procedures First-gen preclinical timing: Late 2025 Conference year: 2026 conferences
3 metrics
Acute implant procedures 3 procedures Latest Emperor TAH animal study
First-gen preclinical timing Late 2025 Completion of initial Emperor TAH preclinical data
Conference year 2026 conferences Presentation of first‑generation Emperor TAH data

Market Reality Check

Price: $0.2582 Vol: Volume 21,564,253 is slig...
normal vol
$0.2582 Last Close
Volume Volume 21,564,253 is slightly below 20-day average 23,919,618 (relative 0.9x). normal
Technical Price 0.1684 trades well below 200-day MA at 2.85 and 98.77% below the 52-week high, despite being 53.09% above the 52-week low.

Peers on Argus

PMI gained 14.17% while key peers were mixed: CTKB +0.95%, LAB +1.77%, KIDS -1.7...
1 Up

PMI gained 14.17% while key peers were mixed: CTKB +0.95%, LAB +1.77%, KIDS -1.77%, AVMR and ZIMV flat. Momentum scanner shows only TMCI up ~2.78%, reinforcing a stock-specific move tied to this update.

Historical Context

5 past events · Latest: May 29 (Positive)
Pattern 5 events
Date Event Sentiment Move Catalyst
May 29 Shareholder letter, 2025 results Positive -1.7% Highlighted 2025 growth, cash position, debt reduction, and Emperor TAH progress.
May 21 Q1 2026 earnings Neutral -8.4% Reported 85% revenue growth, first positive gross profit, but sizable net loss.
May 05 Equity offering pricing Negative -40.4% Priced $5.0M share and warrant offering for working capital and debt repayment.
Apr 30 Clinical partner recognition Positive -3.9% Recognized Banner Health’s >50 SynCardia implants and global STAH adoption.
Apr 29 Media interview feature Positive +5.6% Interview spotlighted total artificial heart therapy and Emperor TAH development.
Pattern Detected

Positive corporate or clinical news has often met with selling, while financing news produced a sharp downside reaction.

Recent Company History

Over recent months, Picard Medical has reported strong growth in its SynCardia artificial heart business, with 2025 revenue of $4.9M and Q1 2026 revenue of $1.2M, up 85% year over year. The company completed a $5.0M equity offering with warrants and faces NYSE American equity-compliance pressures. News has highlighted clinical adoption (>2,100 SynCardia implants) and ongoing Emperor TAH development. Today’s successful next‑generation Emperor TAH animal implants extend this narrative of advancing a fully implantable artificial heart platform.

Market Pulse Summary

The stock surged +60.3% in the session following this news. A strong positive reaction aligns with s...
Analysis

The stock surged +60.3% in the session following this news. A strong positive reaction aligns with successful completion of three acute Emperor TAH animal implants, demonstrating stable full circulatory support. This contrasts with earlier periods when positive corporate updates sometimes coincided with declines, and when a $5.0M offering saw a sharp selloff. Shares remain far below the 52-week high, so the move came from a depressed base while the program advanced toward a fully implantable system.

Key Terms

total artificial heart, in vivo, electromechanically actuated, ventricular, +3 more
7 terms
total artificial heart medical
"maker of the world’s first and only total artificial heart approved by both"
A total artificial heart is a surgically implanted mechanical device that replaces the heart’s two main pumping chambers and takes over circulation, acting like a continuous pump that keeps blood moving through the body. Investors care because it is a high-cost, high-stakes medical product whose commercial success depends on clinical trial results, regulatory approvals, hospital adoption, reimbursement rules and long-term patient outcomes — factors that drive revenue potential and risk.
in vivo medical
"completion of an acute in vivo implant study series using the Company’s"
In vivo describes tests or experiments performed inside a living organism, such as an animal or human, to observe how a drug, device or biological process behaves in a real, functioning body. Investors care because in vivo results reveal safety, effectiveness and possible side effects that lab tests cannot, much like road-testing a prototype car in traffic rather than only on a bench — outcomes can strongly influence regulatory approval, clinical success and a company’s valuation.
electromechanically actuated technical
"an electromechanically actuated system designed to build upon the established"
A device or component described as electromechanically actuated is driven by an electrical system that produces physical movement—for example, small motors, solenoids or geared mechanisms convert electric signals into motion. For investors, this matters because electromechanical actuation affects how reliable, precise, energy-efficient and costly a product is to build and maintain; think of it like a motorized garage door replacing a hand-lifted one, which can speed use, add complexity and change manufacturing and service economics.
ventricular medical
"incorporates an independent dual motor ventricular system enabling side-specific"
Relating to a ventricle, which is one of the hollow chambers in the heart or brain that holds and moves fluid or blood; in most financial and clinical contexts it refers to the heart’s lower pumping chambers. Think of ventricles like the main rooms in a house that collect and push things out—when they don’t work properly it can affect a therapy’s safety profile, trial results, regulatory approval and long‑term costs, so investors watch ventricular-related findings closely.
hemodynamic medical
"the Emperor TAH demonstrated stable hemodynamic support with observations"
Relating to blood flow and the forces that move it through the body, hemodynamic describes how blood pressure, volume and circulation behave in vessels and organs. Investors pay attention because changes in hemodynamics are key measures of whether a drug, device or procedure is safe and effective—think of it like plumbing and traffic: blockages or pressure spikes can signal big risks or benefits that affect a product’s regulatory approval, market adoption and reimbursement.
biventricular heart failure medical
"support for patients with advanced biventricular heart failure without the need"
Biventricular heart failure is a condition where both the right and left sides of the heart are weakened and cannot pump blood effectively, like a two-pump system losing power on both ends. It matters to investors because it increases demand for treatments, medical devices, hospital care and long-term therapies, can drive clinical-trial activity and regulatory decisions, and may affect costs and revenue for companies in cardiovascular drugs, devices and healthcare services.
circulatory support medical
"provide long-term circulatory support for patients with advanced biventricular"
Circulatory support covers medical treatments and devices that help the heart and blood vessels maintain blood flow to organs when the body's own circulation is failing; examples include mechanical pumps, external oxygenation systems and medicines that raise blood pressure. Investors care because these therapies address urgent, high-cost clinical needs, can drive hospital spending and reimbursement decisions, and represent growth opportunities or risks for companies that make or sell the devices, drugs or services—like a backup generator keeping a building running during a power outage.

AI-generated analysis. Not financial advice.

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— Independent dual motor ventricular design demonstrates stable full circulatory support across all study procedures — 

— Advancing second-generation Emperor TAH development toward a fully implantable system —

TUCSON, Ariz., June 02, 2026 (GLOBE NEWSWIRE) -- Picard Medical, Inc. (NYSE American: PMI) (the “Company” or “Picard Medical”), parent company of SynCardia Systems LLC, maker of the world’s first and only total artificial heart approved by both the U.S. FDA and Health Canada, today announced the successful completion of an acute in vivo implant study series using the Company’s next-generation Emperor Total Artificial Heart (“Emperor TAH” or “Emperor”) Platform at the University of Arizona and Banner University Medical Center in Tucson.

The animal study evaluated the latest iteration of the Emperor TAH, an electromechanically actuated system designed to build upon the established blood-contacting architecture and extensive clinical experience of the SynCardia Total Artificial Heart (“STAH”) while advancing patient mobility and supporting the future development of a fully implantable artificial heart system.

Initial preclinical data from the first-generation Emperor TAH, completed in late 2025, were subsequently presented at the American College of Cardiology and at the International Society for Heart & Lung Transplantation 2026 conferences. Compared to the previous generation device, the latest iteration incorporates an independent dual motor ventricular system enabling side-specific control of systemic and pulmonary circulation. The system is designed to support physiologic responsiveness while preserving the underlying pumping principles and autoregulatory characteristics of the STAH.

Three acute implant procedures were successfully completed. Across all study procedures, the Emperor TAH demonstrated stable hemodynamic support with observations consistent with physiologic autoregulatory behavior. No device-related intraoperative failures were observed.

“This animal study demonstrated the Emperor’s capability to provide stable full circulatory support in a large animal model and generated important data supporting continued preclinical and translational development activities,” said Andre Simon, MD-PhD, Vice President of Clinical Affairs.

“The independent ventricular architecture operated as intended under study conditions,” said Matthew Schuster, Chief Operating Officer of Picard Medical and inventor of the Emperor. “These studies further validated the design and will support ongoing system optimization and future testing.”

“These studies mark another important milestone toward our goal of a fully implantable artificial heart,” said Patrick Schnegelsberg, Chief Executive Officer of Picard Medical. “The Emperor TAH is designed to build on decades of clinical experience from the SynCardia platform, with the goal of improving patient mobility and quality of life.”

The studies were conducted in collaboration with researchers and surgical teams at The University of Arizona and Banner University Medical Center Tucson.

The Emperor TAH is being developed as a fully implantable artificial heart platform intended to provide long-term circulatory support for patients with advanced biventricular heart failure without the need for external pneumatic drivers. The Emperor TAH is currently under development and has not received FDA approval or clearance.

About Picard Medical and SynCardia

Picard Medical, Inc. is the parent company of SynCardia Systems, LLC (“SynCardia”), the Tucson, Arizona–based leader with the only commercially available total artificial heart technology for patients with end-stage heart failure. SynCardia develops, manufactures, and commercializes the SynCardia Total Artificial Heart (“STAH”), an implantable system that assumes the full functions of a failing or failed human heart. It is the first artificial heart approved by both the FDA and Health Canada, and it remains the only commercially available artificial heart in the United States and Canada. With more than 2,100 implants performed at hospitals across 27 countries, the STAH is the most widely used and extensively studied artificial heart in the world. For additional information about Picard Medical, please visit www.picardmedical.com or review the Company’s filings with the U.S. Securities and Exchange Commission at www.sec.gov.

Forward-Looking Statements

This press release includes forward-looking statements that involve risks and uncertainties. Forward-looking statements are statements that are not historical facts. Forward-looking statements can often be identified by words such as “continue,” “goal,” “advance,” “intended,” and “designed to,” and similar expressions, and various or negatives of these words. These statements include, but are not limited to, statements regarding supporting clinical partners, advancing development of our next generation fully implantable total artificial heart platform, and the expected benefits of the Emperor TAH. Such forward-looking statements are subject to risks and uncertainties, which could cause actual results to differ from the forward-looking statements. The Company expressly disclaims any obligations or undertaking to release publicly any updates or revisions to any forward-looking statements contained herein to reflect any change in the Company’s expectations with respect thereto or any change in events, conditions or circumstances on which any statement is based. Additional information about the Company, including risk factors that may affect the Company’s business, financial condition, and results of operations, is contained in the Company’s filings with the SEC, including the Company’s Annual Report on Form 10-K and Quarterly Reports on Form 10-Q, which are available free of charge on the SEC’s website at http://www.sec.gov and on the Company’s investor relations website at https://picardmedical.com/.

Contact:

Investors
Eric Ribner
Managing Director
LifeSci Advisors LLC
eric@lifesciadvisors.com

Picard Medical, Inc./SynCardia Systems, LLC
IR@picardmedical.com

General/Media
Brittany Lanza
blanza@syncardia.com


FAQ

What did Picard Medical (PMI) announce about the Emperor Total Artificial Heart on June 2, 2026?

Picard Medical announced successful completion of three acute in vivo animal implants of its next-generation Emperor Total Artificial Heart. According to Picard Medical, these studies showed stable hemodynamic support and no device-related intraoperative failures, supporting further preclinical and translational development.

How does the new Emperor TAH design differ from the SynCardia Total Artificial Heart (PMI)?

The latest Emperor TAH iteration adds an independent dual motor ventricular system for side-specific circulation control. According to Picard Medical, it maintains SynCardia TAH pumping principles and autoregulatory features while aiming to advance physiologic responsiveness, patient mobility, and future fully implantable system development.

What were the key preclinical results for Picard Medical’s Emperor TAH (PMI)?

The animal study completed three acute Emperor TAH implants with stable hemodynamic support. According to Picard Medical, observations were consistent with physiologic autoregulatory behavior, and no device-related intraoperative failures were reported, providing data to guide ongoing optimization and future testing.

Is Picard Medical’s Emperor Total Artificial Heart (PMI) approved by the FDA?

The Emperor Total Artificial Heart is not approved or cleared by the FDA. According to Picard Medical, the system remains under development as a fully implantable platform intended for long-term circulatory support in patients with advanced biventricular heart failure.

What is the long-term goal for Picard Medical’s Emperor TAH platform (PMI)?

The long-term goal is a fully implantable artificial heart providing long-term circulatory support without external pneumatic drivers. According to Picard Medical, Emperor TAH is designed to improve patient mobility and quality of life by building on decades of SynCardia clinical experience.

Where were the Emperor TAH preclinical implant studies for Picard Medical (PMI) conducted?

The acute Emperor TAH animal implant studies were conducted at the University of Arizona and Banner University Medical Center Tucson. According to Picard Medical, collaboration with these research and surgical teams supported evaluation of the device’s circulatory support and independent ventricular architecture.