In 2025, the momentum behind robotic-assisted surgical systems continued to accelerate on the back of increasing demand for minimally invasive procedures. In many parts of the world, these technologies are reshaping surgical procedures by improving precision and efficiency through high resolution imaging, AI and refined instrument control. This is resulting in fewer complications, faster recovery and improved patient outcomes.
Intuitive Surgical Inc. strengthened its position as the market leader in robotic-assisted surgery in 2025 on the back of increasing demand for minimally invasive procedures. Intuitive’s da Vinci system is seeing robust growth in procedures and installations, fueling increased revenues.
The U.S. FDA’s clearance of Medtronic plc’s Hugo robotic-assisted surgery (RAS) system is certainly a boon for the company which is betting on the unit to be a key growth driver. While the soft tissue robotics market is dominated by Intuitive Surgical Inc.’s da Vinci system, the space is growing, and Medtronic has the scale, resources and market presence to make headway but there are also a plethora of smaller, versatile and cost-effective systems looking for a piece of the pie.
Medical Microinstruments Inc., reported the U.S. FDA approval of an investigational device exemption for a study using its Symani surgical system for treating Alzheimer’s disease, one of its earliest forays into the brain.
CMR Surgical Ltd. secured more than $200 million in funding to bring its surgical robotic system, Versius, to the U.S. market and expand elsewhere. The financing, which came in the form of equity and debt, is “highly important” for the company and comes at the right time as it is “expanding and growing nicely,” company CEO Massimiliano Colella told BioWorld.
News out of the Heart Rhythm Society 2024 meeting May 16-19 highlighted the rapid disruption pulsed field ablation (PFA) devices have wrought in cardiac arrhythmia treatment, so it is little surprise to see that PFAs are among the top five technologies with transformative potential identified by Clarivate plc in its Medical Technologies to Watch in 2024 report. The impact of the other four – continuous glucose monitors (CGM) for diabetes, neurostimulation devices, surgical robotics and renal denervation – has been just as revolutionary, if longer in being realized.
News out of the Heart Rhythm Society 2024 meeting May 16-19 highlighted the rapid disruption pulsed field ablation (PFA) devices have wrought in cardiac arrhythmia treatment, so it is little surprise to see that PFAs are among the top five technologies with transformative potential identified by Clarivate plc in its Medical Technologies to Watch in 2024 report. The impact of the other four – continuous glucose monitors (CGM) for diabetes, neurostimulation devices, surgical robotics and renal denervation – has been just as revolutionary, if longer in being realized.
The $110 million that Medical Microinstruments Inc. (MMI) recently raised in its series C funding round is testament to its unique position in microsurgery, said Olivier Litzka, a board member at MMI and a partner at Andera Partners. “There are not many companies actually working in that space in robotics,” he told BioWorld.
Medical Microinstruments Inc. (MMI) is expanding its Symani surgical system into the Asia Pacific – a region with “clear demand for the technology” – through two local partners, Device Technologies Australia Pty Ltd. and Seoul-based TRM Korea Corp.
