The jaw structure has obtained immense technological advancement with Neocis Yomi, the first and only FDA-approved robotic dental implant surgical system in the world. This innovative technology isn’t simply a gadget, but a complete system that augments traditional implant dentistry with cutting edge technology to improve operational, clinical, and patient care metrics.

Yomi is a game changer, helping redefine the limits of health technology since 2016. Its unique blend of robotics and advanced planning software integrated into one system has allowed Yomi to become an industry leader, achieve recognition, and set a benchmark by enhancing surgical capabilities and improving work efficiencies. 

Fully Integrated Solution   

When a case is planned, the Yomi Dental Implant system takes over, providing both craniofacial and intraoral surgical services, as well as robust post-operative monitoring. The software is capable of seamlessly integrating into existing infrastructure and actively supports reconstruction and rehabilitation activities. They create structures tailored for each individual case in order to achieve the best results. The machine is designed to cater for all types of procedures within the surgical branch.

To assist in the planning phase within the oral and maxillofacial surgery departments, the company developed the YomiPlan Complete module. It includes Yomi’s planning proprietary software, which entails planning Post base integrated implants to almost any site with significant bone restoration. Wherever a Yomi device is used, an implant can also be placed immediately or after a certain time.

Advances in Efficiency and Innovation   

The use of Yomi is rapidly changing the space of dental implantology because it enables same-day guided surgery to take place without the use of surgical guides. Within 6 minutes, a robotic implant is placed using Yomi. This fact shows the degree of efficiency and automation Yomi has brought into dental implantology. Due to Yomi’s innovation, new preparations for dental implants are now extremely automated and efficient this means doctors can perform these procedures daily.

Moreover, Yomi enables intraoperative changes, resulting in further flexibility during actively performed procedures. This is particularly helpful for uncontrolled situations while achieving sub-millimeter accuracy.

Expanding Treatment Capabilities    

Yomi enhances practices’ treatment scope by making them capable of attending to more complicated cases. Such a goal is achieved with the platform’s precision-guided technology which increases the level of confidence one has when using more challenging anatomical situations.

A good example of this is the Bone Reduction feature of the system which makes alveoloplasty quite easier to perform. This novel method incorporates planning via CT scan along with robotic guidance to achieve pinpointed ridge alterations, which are necessary for full-arch restorations. This is a far advancement compared to static guides, where provision had to be made for the visualization and adjustment before the end of the procedure.

Enhanced Experience for Patients and Teams

Implant surgeries with Yomi provide convenience for patients due to the advanced medicine precision of the system, which alleviess discomfort and shortens recovery times. The ergonomic shape of the platform also helps clinicians by eliminating physical issues common in dental surgeries.

Yomi promotes the communication and organization of clinical teams as it allows for greater inter-team coordination throughout the procedures. It improves the functionality of each unit by providing effective and accurate performances through its restoration-oriented and digital modality.

Recognition and Impact   

It is worth mentioning that the innovation of Yomi has not been ignored. Within each area of dental technology, the system in 2022 received the famous Cellerant Best of Class Technology Award which measures deepest impact.

Following the implementation of Yomi, clinics have reported a positive increase in their implant volumes six months after installation. The system has served as a cost-effective tool for practitioners which help them improve profitability through enhanced services by eliminating traditional guides.

Transforming the Standard of Care   

The intricacy and variability provided by Yomi marks a huge step forward in the field of implant dentistry. Its ability to conform to different modalities and features such as haptic feedback and depth control make it possible to perform procedures with unmatched precision and accuracy.

Yomi’s impact on the advancement of care delivery is revolutionary. Its efficiency promotes faster procedures which translate to less time spent in the dental chair. Patients who fear dental surgeries can now trust Yomi’s combination of cutting edge technology and skilled operatives

Global Robotics in Dentistry Market Outlook   

Neocis plans to develop Yomi technology to increase robotic solutions available in dental practices. The company will transform dental surgery by creating modern robotic tools and using AI to improve patient treatments.

As global dental markets expand, so does the essentiality for increased care and service targets. Yomi by Neocis represents the evolution of implantology from an art to an integrated discipline, where outcomes depend on the collaboration of technology and skillful application. Neocis has transformed dental practices forever.

Yomi by Neocis is an investment that enables dental professionals and specialists to expand their practice capabilities and can increase patient care and surgical management.

Alon Mozes, CEO & Co-Founder of Yomi by Neocis, has been working in computer graphics and image- guided applications for nearly 20 years. Before founding Neocis, he was a Principal Engineer at MAKO Surgical, where he designed software for the company's groundbreaking robotic system for orthopedic surgery. Alon started his career at special effects company Sportvision and earned an Emmy for his work on a real-time baseball pitch tracker used during ESPN television broadcasts.

Alon has been a member of Boston University Henry M. Goldman School of Dental Medicine's Dean's Advisory Board since 2019. He has done PhD in Biomedical Engineering, University of Miami, Master of Engineering in Computer Science, Massachusetts Institute of Technology & Bachelor of Science in Computer Science, Massachusetts Institute of Technology.

“Our end-to-end platform spanning from planning to surgical to restorative improves efficiency, raises the bar, and expands the business leading to a transformative, world-class treatment experience for both patients and clinical teams.”