Surgical Robotics: Companies, Startups & Research

Medtronic, Intuitive Surgical, Johnson & Johnson, Zimmer Biomet, Stryker Corporation and Nvidia are among the organizations active in surgical robotics. Their work spans soft-tissue platforms, orthopedic guidance, teleoperation and enabling software. Other named organizations include Olympus Corporation and Globus Medical. The mix reflects a field where established device companies and technology firms contribute different system components.

Medicaroid Corporation, LEM Surgical AG and Medical Microinstruments (MMI) are among the startups listed in FACTS. Medicaroid develops the hinotori system, while LEM Surgical is developing a multi-arm robot with collision-avoidance and instrument-stabilization features. MMI’s Symani platform targets microsurgery, where fine instrument control is important. These examples represent distinct platform strategies rather than a single market segment.

Cleveland Clinic, Johns Hopkins University and Capital Medical University are among the research organizations listed in FACTS. Cleveland Clinic studies robotic procedures including single-port techniques; Johns Hopkins researchers work on fracture reduction and tremor suppression. Capital Medical University evaluates applications including single-port systems, deep-brain stimulation and joint reconstruction. Recent work also includes University of Toronto research on teleoperation for surgical tool evaluation.

FACTS records $1,026,469,547 in grants across 780 awards since 2020. This grant figure is distinct from company financing announcements and project investments, which may be categorized separately. Recent news includes disclosed financing for SS Innovations and Distalmotion, but those company rounds should not be added to the grant total. The available figures therefore describe different types of financial activity.

Recent announced financings include SS Innovations’ $18.6M private placement in March 2026 and Distalmotion’s $150M Series G in November 2025. SS Innovations said the financing would support growth initiatives, while Distalmotion described its round as supporting U.S. adoption of the DEXTER system. These are company announcements in NEWS, separate from the grants recorded in FACTS.

Patent activity declined 32.5% in the last 12 months compared with the previous 12 months, while publications grew 9.6%. FACTS lists 2,780 patents in the 24-month window. This divergence suggests that publication activity remains strong even as patent filings have softened. It does not, on its own, establish whether investment or commercial development is slowing.

Johnson & Johnson’s Ottava received FDA de novo authorization in July 2026, and Cedars-Sinai established a Center for Autonomous Robotic Surgery in October 2026. Recent research also describes bimanual teleoperation frameworks, multimodal error detection and AI-enabled surgical systems. Together, these developments point toward more integrated platforms and context-aware assistance, while clinical validation, data access and regulatory expectations remain important constraints.

FACTS identifies teleoperated systems, orthopedic bone guidance, flexible and endoluminal systems, image-guided navigation, autonomous and shared control, and microsurgical platforms. Teleoperation keeps the surgeon in direct control; orthopedic systems guide bone preparation, while navigation links instruments to imaging. Flexible robots reach internal sites through natural orifices. Shared-control and autonomous systems automate subtasks, while microsurgical platforms focus on fine instrument movement.

The United States leads with 154,820 documents, followed by the United Kingdom with 47,593 and Germany with 44,617. China and Japan also have substantial activity, with 42,556 and 37,738 documents respectively. These country figures indicate where activity is concentrated in the dataset; they do not measure clinical adoption or commercial market share.

FACTS lists urology with 3,875 documents, orthopedic surgery with 3,067, and general and colorectal surgery with 2,622. Other applications include gynecologic surgery, ophthalmic surgery and neurosurgery. Recent research also addresses gastrointestinal procedures, microsurgery and robotic bronchoscopy. The clinical fit depends on procedure-specific needs such as access, instrument precision, imaging and the level of control required from the surgeon.