MMI (Medical Microinstruments) alternatives

MMI — Medical Microinstruments — occupies a narrow niche: robotic microsurgery and supermicrosurgery, meaning open procedures at a scale smaller than the unaided human hand can reliably manage. Founded in 2015 near Pisa, Italy, where its Symani system is manufactured, the company now keeps its headquarters in Jacksonville, Florida, and reports approximately $345M of total investment, including a $125M Series D in 2026. Symani is FDA-authorised in the United States and CE-marked in Europe, with clinical indications varying by geography. Surgical teams comparing it with other surgical robotics platforms will mostly be choosing a different specialty altogether. Medtronic's Hugo targets soft-tissue robotic-assisted surgery, backed by a New York-listed global medical technology group, and it received FDA clearance for urologic procedures in December 2025. Smith+Nephew's CORI shrinks the robot into a handheld orthopaedic instrument, using a camera-tracked burr that mills bone only within planned boundaries, with no large robotic arm in the room. Stereotaxis, founded in St. Louis in 1990, steers magnetic catheters through the heart and blood vessels using computer-controlled magnetic fields — robotic magnetic navigation for endovascular intervention. Stryker's Mako platform is an established name in orthopaedic robotic-arm assisted surgery, installed in 47 countries. Choose MMI when the procedure is microsurgical; Medtronic for soft-tissue assistance at group scale; Smith+Nephew for handheld orthopaedics; Stereotaxis for magnetic catheter navigation; Stryker for robotic-arm joint surgery.

Alternatives to MMI (Medical Microinstruments)

Medtronic (Hugo RAS)

Medtronic is the world’s largest medical technology group, and its entry in surgical robotics is the Hugo robotic-assisted surgery (RAS) system, part of its Surgical business.

Smith+Nephew (CORI)

Smith+Nephew is a UK medical technology group and the leading proponent of handheld surgical robotics. Its CORI Surgical System shrinks the robot into a surgeon-held handpiece: a camera tracks the joint hundreds of times per second while a robotic burr mills bone only within the planned boundaries, so there is no large robotic arm in the operating room.

Stereotaxis

Stereotaxis is the pioneer of Robotic Magnetic Navigation (RMN), a surgical robotics approach in which computer-controlled magnetic fields, generated by magnets on robotic arms beside the operating table, steer the tips of magnetic catheters and guidewires through the blood vessels and chambers of the heart.

Stryker (Mako)

Stryker is a US medical technology group whose Mako SmartRobotics platform is the reference system in orthopaedic robotic-arm assisted surgery.

Full profile, with every fact and its source: MMI (Medical Microinstruments). Profile facts last verified 6 November 2026.