Robotic Surgery Systems in Florida

Medical Microinstruments, Inc. (MMI) is the global leader in robotic microsurgery, designing and manufacturing the Symani® Surgical System—a breakthrough robotic platform uniquely engineered for microsurgery and supermicrosurgery. The system provides surgeons unmatched precision, consistency, and control for complex reconstructive and vascular procedures at the micro level. Core Product: The Symani Surgical System features the NanoWrist® instrument platform, which incorporates the world's smallest robotic wrist and replicates natural hand movements to enable precise intraoperative tasks including dissection, anastomosis, and supermicrosurgical repair. The company has introduced the world's first microsurgical suture designed specifically for robotic application. Clinical Applications: Symani supports multiple surgical specialties, including lymphatic reconstruction (lymphovenous anastomosis for lymphedema), autologous breast cancer reconstruction, head and neck cancer reconstruction, and trauma-related microvascular repair. Published clinical evidence demonstrates superior outcomes: 100% anastomosis patency on 2mm vessels versus 80% with manual techniques, 86% of lymphedema patients achieving limb-volume reduction, and >50% reduction in flap loss rates compared to manual microsurgery. Regulatory Status: The Symani Surgical System is FDA-authorized for use in the United States and CE-marked in Europe. The system is manufactured in Pisa, Italy. Company Position: MMI positions itself at the intersection of advanced robotics and digital innovation, targeting academic medical centers, specialty surgical centers, and plastic and reconstructive surgery programs performing complex microsurgery. The company provides surgeon training and certification, reimbursement support, and technical customer support.

LEM Surgical AG is a Switzerland-based medical robotics company headquartered in Bern, specializing in next-generation hard tissue robotic surgical systems. The company develops and manufactures the Dynamis Robotic Surgical System, a humanoid robotic platform designed to assist surgeons in orthopedic and hard tissue procedures. The Dynamis system received US FDA clearance (510(k) K243326) in April 2025, establishing regulatory approval for clinical use in the United States. LEM Surgical emphasizes surgical focus and advanced robotics capabilities, positioning their technology as a comprehensive solution for hard tissue surgical applications including orthopedic procedures. Manufacturing and development occurs at the company's state-of-the-art facilities in Bern, Switzerland. The company maintains a diverse, internationally composed team with deep expertise in robotics, automation, and surgical technology. LEM Surgical targets hospital operating rooms and surgical centers seeking robotic-assisted capabilities for orthopedic and hard tissue interventions.

Neocis develops and commercializes Yomi, a robotic system for dental implant surgery and alveoloplasty procedures. The platform comprises hardware (a robotic surgical arm with haptic guidance), planning software (YomiPlan), and intraoperative guidance capabilities that integrate with digital dental workflows. The original Yomi and the newer Yomi S model assist clinicians in achieving submillimeter accuracy during implant placement while eliminating the need for physical surgical guides. The company markets to general dentists, prosthodontists, and oral & maxillofacial surgeons seeking to expand implant case complexity and practice volume. Over 100,000 implants have been placed robotically with Yomi systems. Clinical evidence in peer-reviewed literature demonstrates superior accuracy and predictability compared to freehand surgery and static guide techniques. Neocis provides clinician training, technical support, and ongoing software enhancements. The platform operates as a unified hardware-software ecosystem designed for single-visit or streamlined multi-visit workflows. Target markets include private dental practices, oral surgery centers, and academic institutions in North America.