Neocis’ Yomi Platform Completes over 100,000 Osteotomies

Why It Matters

The milestone validates robotic dentistry as a mainstream, high‑precision solution, reshaping surgical workflows and patient outcomes. It signals a shift toward technology‑driven standards of care in oral surgery.

Key Takeaways

• Over 100,000 osteotomies performed with Yomi platform
• Yomi S launched with smaller footprint and enhanced dexterity
• AI-driven YomiPlan automates nerve and sinus segmentation
• FDA clearance makes Yomi first dental implant robot
• Clinicians report seamless workflow integration and consistent precision

Pulse Analysis

The dental implant market has long relied on manual drilling, but Neocis’ Yomi platform is reshaping that paradigm. Reaching the 100,000‑osteotomy threshold signals that a growing cohort of oral surgeons trusts robotic assistance for routine and complex cases alike. Since its FDA clearance in 2020, Yomi has been deployed across community practices and academic centers, delivering measurable reductions in surgical time and postoperative complications. This milestone not only validates the technology’s reliability but also positions robotic dentistry as a mainstream solution rather than a niche experiment.

Yomi’s competitive edge stems from its integration of AI‑driven planning and real‑time haptic feedback. The YomiPlan software automatically segments critical anatomy—such as the inferior alveolar nerve and maxillary sinus—from cone‑beam CT scans, eliminating manual charting errors. During surgery, the robot’s arm enforces the pre‑planned trajectory, providing tactile cues that prevent deviation. The recently introduced Yomi S model refines this concept with a slimmer chassis, longer arm reach, and improved visibility, allowing clinicians to operate in tighter oral cavities without sacrificing precision. These hardware and software upgrades streamline the workflow and reduce chair‑time for multi‑unit restorations.

Industry analysts view the Yomi milestone as a catalyst for broader adoption of surgical robotics in dentistry. Competitors are accelerating R&D to match Neocis’ AI segmentation and haptic control, while insurers begin to recognize the cost‑saving potential of fewer complications. For patients, robot‑assisted implants promise faster healing and higher placement accuracy, translating into longer‑lasting prosthetics. As more practices integrate Yomi S, the data pool will expand, enabling iterative algorithm improvements and solidifying robotic dentistry’s role in the next wave of oral health innovation.