Deployment

Mako (marketed as Mako SmartRobotics) is Stryker's surgeon-guided robotic-arm system for orthopedic joint replacement, recorded in the surgical form factor as the large-footprint, CT-based commercial-market-leader archetype of the orthopedic sub-cohort. It pairs CT-based three-dimensional pre-operative planning with intra-operative haptic boundary control, branded AccuStop, that physically constrains the saw or burr to the planned resection zone, and real-time optical bone tracking that keeps that boundary registered to the patient; the surgeon holds and guides the arm and makes every cut, so the system is AI-augmented surgeon-controlled assistance and not autonomous surgery, the same assistive class as Intuitive's da Vinci. Made by Stryker, listed on the New York Stock Exchange as SYK, founded in 1941 by Dr. Homer H. Stryker, incorporated in Michigan in 1946 and headquartered in Portage, Michigan, the platform entered Stryker through its roughly 1.65 billion dollar acquisition of MAKO Surgical at thirty dollars per share, announced September 25, 2013 and closed December 17, 2013, when MAKO's product was the RIO system cleared for partial knee and total hip. Its FDA-cleared scope has since broadened to partial and total knee, cementless total knee, total hip, a hip-revision feature, the Mako Spine System for non-cervical pedicle-screw placement cleared under 510(k) K241517 in May 2024, and the Mako Shoulder application for reverse shoulder arthroplasty cleared under 510(k) K242373 in November 2024. Per Stryker's FY2024 10-K the system is sold in more than forty-five countries with more than one million robotic Mako Total Knees and 1.5 million total Mako procedures performed cumulatively, and Stryker describes itself as one of four leading global competitors rather than asserting a specific market share; no installed-base system count appears in the 10-K, so any thousands-of-systems or market-share figure is aggregator-sourced and is not asserted here.

Mako by Stryker · Catalog entry · 4 sources · not yet field-verified · Surgical robots