Med-tech financings with reported values reached $23.33 billion through the first three quarters of 2025, putting the sector on pace to surpass last year’s full-year total of $25.37 billion. Activity peaked in the first quarter with $9.33 billion raised, followed by $8.23 billion in Q2 and $5.77 billion in Q3.
Histosonics Inc. signed an exclusive distribution agreement with Gunze Medical Ltd. to bring its novel histotripsy-based therapeutic model, the Edison System, to Japan. The strategic alliance with Gunze Medical, a wholly owned subsidiary of Osaka, Japan-based Gunze Ltd., paves a figurative runway for Histosonics to introduce its Edison platform in Japan — one of Asia’s largest medical device markets.
Through the first eight months of 2025, med-tech M&A deal value reached $30.74 billion, a modest rebound from $34.77 billion during the same period in 2024. August contributed $2.42 billion, down from July’s $6.21 billion, yet still ahead of several earlier months in 2025.
A management-led syndicate of prominent investors acquired a majority stake in Histosonics Inc. that values the company at approximately $2.25 billion. The funding will support expansion of the Edison Histotripsy system and therapy platform into new clinical indications and markets. Edison uses non-invasive focused ultrasound energy to destroy tumors.
Histosonics Inc., the developer of a non-invasive platform that uses sonic beams to destroy tissue, treated the first patient in its phase I study of the procedure as a treatment for kidney tumors at the Leeds Teaching Hospitals National Health Services Trust in the U.K.
The FDA granted breakthrough device designation to Histosonics Inc. for the first system to harnesses microbubbles created by pulsed ultrasound waves to wreak very targeted cellular destruction, with real-time visualization and control. The therapy, called histotripsy, destroys tissue in the liver without heat, radiation or surgery. The technology was developed at the University of Michigan.
Histosonics Inc. is testing its investigational histotripsy technology to destroy liver tumors in two clinical trials in the U.S. and Europe, with the goal of seeking regulatory clearance for the platform in 2022. The technology uses the science of histotripsy, a form of therapeutic focused ultrasound, to mechanically destroy targeted primary and metastatic liver tumors from outside the body.
