Yomi

Overview and Use Cases

Yomi is a robot-assisted surgical platform built exclusively for dental implant procedures. Unlike general-purpose surgical robots, Yomi is purpose-built for oral and maxillofacial applications, addressing a historically manual and technique-sensitive workflow. The system supports procedures in both partially edentulous patients (those missing individual teeth) and fully edentulous patients (those missing all teeth in an arch), making it applicable to a broad spectrum of implant cases.

The core value proposition is precision: Yomi's haptic robotic arm physically guides the surgeon's drill along a pre-planned trajectory, providing both navigational feedback and physical resistance if the instrument deviates from the intended path. This differs from purely software-based navigation systems, which display guidance on a screen but do not physically constrain the instrument.

Key Technical Details

• Haptic guidance: The robotic arm provides real-time haptic (force-feedback) constraints, steering the drill along the planned implant axis and depth.
• Pre-operative planning software: Clinicians use CT scan data to plan implant position, angulation, and depth before the procedure begins.
• Intra-operative tracking: The system uses optical or sensor-based tracking to register the patient's anatomy to the pre-operative plan in real time.
• FDA clearance: Yomi received FDA 510(k) clearance, reportedly making it the first robot-assisted system cleared specifically for dental implant surgery in the United States.
• Specific payload, arm reach, and sensor specifications have not been widely published in public technical documentation; interested buyers are directed to Neocis for detailed system specifications.

Comparison to Similar Systems

Within Neocis's portfolio, Yomi stands alone as a surgical robot — the company's other publicly associated products (such as educational and companion robots from partner brands) serve entirely different markets and share no technical lineage with Yomi.

In the broader surgical robotics landscape, Yomi competes conceptually with static surgical guides and dynamic navigation systems used in implant dentistry. Static guides (fabricated from CT data) offer no real-time feedback, while dynamic navigation systems (such as those from X-Guide or Navident) provide screen-based guidance without physical haptic constraints. Yomi's haptic arm is frequently cited as a differentiating feature, as it actively assists — rather than merely informs — the surgeon's hand movements.

In the wider surgical robot market, systems like the da Vinci Surgical System (Intuitive Surgical) address soft-tissue surgery in general and urological/gynecological fields, and are not direct competitors in the dental implant space.

Market Context and Target Buyers

Yomi is positioned as a premium capital equipment purchase targeting oral surgeons, periodontists, and implant-focused general dentists, particularly those in high-volume implant practices or academic/teaching institutions. The system requires a significant upfront investment; while Neocis has not publicly listed a standard MSRP, industry observers have noted it is priced in the range typical of major dental capital equipment, and Neocis has offered financing and subscription-based access models.

The target buyer is typically a practice seeking to differentiate on precision, reduce revision rates, or attract patients who are aware of robotic-assisted options.

Deployments and Notable Customers

As of public reporting, Yomi has been adopted by a number of dental specialty practices and academic dental centers across the United States. Neocis has highlighted case studies and clinical outcomes data from early adopters, though a comprehensive public list of customer institutions has not been released. The system has been featured at major dental conferences including the American Academy of Osseointegration (AAO) annual meetings.

Future Outlook

The dental robotics segment is considered an emerging growth area within the broader surgical robotics market. Neocis has indicated ongoing development efforts aimed at expanding Yomi's procedural capabilities and improving workflow integration. As awareness of robot-assisted dental surgery grows among both clinicians and patients, competitive pressure may increase, potentially prompting other medical device companies to seek FDA clearance for competing systems. Regulatory precedent set by Yomi's clearance is likely to shape the pathway for future entrants in this category.