Latest Cardiac Pacing Technology News

EBR Systems has landed a significant purchasing agreement with Advocate Health, the third-largest US non-profit health system, opening access for its WiSE wireless cardiac pacing technology across 69 hospitals in eight states.

EBR Systems has implemented a one-for-ten reverse stock split of its common shares, adjusting the CHESS Depositary Interest (CDI) conversion ratio to maintain investor value. This move restructures the company’s equity without altering the overall value per CDI.

EBR Systems has expanded its intellectual property holdings with four new patents, reinforcing its lead in wireless cardiac pacing technology, while facing a preliminary setback on a patent term extension application.

EBR Systems has achieved a major commercial milestone with Medicare reimbursement approvals for its wireless cardiac pacing WiSE CRT System, driving a 201% revenue increase in Q3 2025. The company is advancing its Limited Market Release as it scales adoption in the US.

EBR Systems has secured final CMS approval for Transitional Pass-Through reimbursement for its WiSE CRT System, effective October 1, 2025, enhancing hospital adoption prospects in the U.S.

EBR Systems has won final CMS approval for New Technology Add-On Payment reimbursement, paving the way for Medicare coverage of its innovative WiSE cardiac pacing system starting October 2025.

EBR Systems has successfully completed a heavily oversubscribed Security Purchase Plan, raising a total of A$75.9 million alongside a prior institutional placement to fund its innovative wireless cardiac pacing technology through 2027.

EBR Systems has raised A$55.9 million through a fully underwritten placement to fund the commercial rollout of its FDA-approved wireless cardiac pacing system, with plans for a limited market release in H2 2025 and expanded distribution in 2026.

EBR Systems has signed a long-term lease for a 51,000 sq ft facility in Santa Clara, California, positioning itself for significant manufacturing expansion and future growth in wireless cardiac pacing technology.