HistoSonics Secures $250M in Series D Funding, Accelerating Expansion of Innovative Cancer Treatment Platform

HistoSonics, a leading developer of non-invasive cancer treatments, has successfully raised $250 million in an oversubscribed Series D financing round. This substantial investment comes just two months after a syndicate of investors acquired a majority stake in the company, valuing it at $2.5 billion. The latest funding injection is set to fuel the commercial expansion of HistoSonics' groundbreaking Edison System, which utilizes advanced sonic beam technology to target and destroy tumors.
Innovative Technology Drives Investor Interest
HistoSonics' Edison System employs a novel approach called histotripsy, which uses focused sonic beams to create gas bubbles within targeted tissue. These bubbles rapidly expand and collapse, effectively liquefying tumors while preserving surrounding healthy structures, including blood vessels. This non-invasive technique has shown promising results in treating liver tumors and metastases, garnering FDA de novo clearance in 2023.
Mike Blue, Chairman and CEO of HistoSonics, emphasized the significance of this funding round, stating, "This funding, which was a shared priority of our new ownership group, enables us to accelerate key projects designed to expand global access to our platform and advance our therapy across an unprecedented number of new clinical applications and for the patients who need it most."
Clinical Success and Expansion Plans
Recent clinical trial data has bolstered confidence in the Edison System's efficacy. In a study involving 47 patients with primary hepatocellular carcinoma or liver metastases from other cancers, 90% demonstrated local tumor control one year post-treatment. This impressive outcome has paved the way for HistoSonics to broaden its focus to include kidney and pancreatic tumors, with plans to address prostate cancer and benign conditions in the future.
The company reports that over 2,000 patients have already received Edison treatments across more than 50 U.S. centers. HistoSonics aims to install an additional 50 devices by the end of the year, significantly expanding patient access to this innovative therapy.
Financial Outlook and Industry Impact
Prior to the recent majority stake acquisition, HistoSonics had reportedly been considering an initial public offering. The company projected revenues of $100 million for the current year, with expectations to double that figure to $200 million by 2026. The substantial Series D funding, backed by notable investors including K5 Global, Bezos Expeditions, Wellington Management, Thiel Bio, and Founders Fund, underscores the industry's confidence in HistoSonics' technology and growth potential.
As HistoSonics continues to advance its platform and expand into new therapeutic areas, the company is poised to make a significant impact on the landscape of cancer treatment, offering patients a non-invasive alternative with promising outcomes.
References
- HistoSonics reels in $250M in funding 2 months after syndicate takes major stake
Cancer treatment developer HistoSonics reeled in $250 million in an oversubscribed series D round of financing two months after a syndicate of more then a dozen investors took a majority stake in the medtech as part of a deal valued at $2.5 billion.
Explore Further
What are the key competitive advantages of HistoSonics' Edison System compared to other non-invasive cancer treatment technologies currently available?
How is HistoSonics planning to address regulatory hurdles as it expands its Edison System into additional therapeutic areas such as kidney and pancreatic tumors?
What strategies does HistoSonics have in place to achieve its projected revenue growth from $100 million in 2023 to $200 million by 2026?
Who are the main competitors of HistoSonics in the field of histotripsy or similar sonic beam-based cancer treatment technologies, and what is their current market presence?
What are the clinical highlights of HistoSonics' Edison System in trials beyond liver tumors, particularly in applications for prostate cancers and benign conditions?