CardioMech raises $13M for transcatheter mitral chordal repair tech

CardioMech announced that it closed a $13 million financing round, bringing its total funding to $42 million to date.

The Norway-based company develops transfemoral, transeptally delivered mitral valve chordal repair technology in Fridley, Minnesota. Its latest round of funding came from existing and new investors, including an undisclosed strategic investor.

CardioMech said in a news release that the oversubscribed round demonstrates the belief behind its chordal repair technology. The company believes it could become a first-line therapy for degenerative mitral regurgitation (MR) patients.

The company designed the artificial chord device to reduce or eliminate regurgitation and restore the native anatomy. CardioMech believes the simple, straightforward procedure could provide an alternative to open-heart surgery and the surgically ineligible. Its device could reduce the need for open-heart surgery and may lessen the need for w…

Read more
  • 0

CardioMech performs first in-person procedure with transcatheter mitral valve repair tech

CardioMech yesterday confirmed the completion of the first procedure with its transcatheter mitral valve repair (TMVR) technology.

The patient, diagnosed with severe symptomatic degenerative mitral regurgitation (DMR) was evaluated by Sanger Heart & Vascular Institute’s multidisciplinary heart team and offered a choice between open-heart surgery (the standard of care) or the new, investigational CardioMech MVRS, according to a report from Atrium Health.

Minneapolis-based CardioMech’s transcatheter transseptal chordal mitral valve repair technology is currently enrolling in an FDA investigational device exemption (IDE)-approved early feasibility study and is not yet commercially available in the U.S. or anywhere else around the globe.

The procedure was conducted in early September 2021, marking the first time the CardioMech MVRS technology had been used in a human

“For over a decade, we’ve been a leader and innovator in transcathete…

Read more
  • 0