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Robot-assisted dental implantation - Welcome to the 21st century

Robot-assisted dental implantation – Welcome to the 21st century

Robot-assisted dental implantation is on your doorstep


Introduction   Advanced design and extreme precision   How does it work?   Real-time modification options   Remote implant placement   Patient-specific implants   Standardization of training and skill   Advantages of the robot-assisted dental implantation   Example of the robot-assisted dental implantation   Long-term cost-effectiveness   Summary

While today, dental implantology relies on trained and experienced professionals to place the implant, integrating robotic technology could revolutionize this practice. The advantages of robotic assistance in implant placement are highly significant. Digging deeper into the topic, we can learn about many additional advantages of robot-assisted dental implantation technology in our article.

Robot-assisted dental implant surgery is an emerging technology that combines the advantages of using static and dynamic technologies. This technology aims to expand clinical expertise through robotic technology that increases the accuracy and efficiency of dental implant placement surgeries.

Advanced design and extreme precision
One of the most essential advantages of robot-assisted dental implantation is improving preoperative planning. Advanced imaging technologies, such as cone-beam computed tomography (CBCT), produce detailed 3D images of the patient’s bones and anatomy. Controlled by these complex, comprehensive data, the robot precisely plans the implantation of the implant. It considers the bone density, the anatomical structure, the ideal implant angle, and placement to achieve the most optimal implant placement.

How does it work?
The optically based dental implantation with robot assistance system (DIRS) was designed to assist dental implant surgeries. The treatment is carried out with local anesthesia or anesthesia, for example, oral rehabilitation. The robot has two arms: a tracker and another arm performing implant placement. After they fixed the patient’s head with a unique device, the robot can “see” the patient’s bones in real-time and, based on the operative signs on the X-ray, implant the required number of implants as precisely as possible.

Real-time modification options
Modern robotic systems have sensors and feedback mechanisms, allowing real-time adjustments during surgery. The robot can adjust for precise implant placement if it encounters unexpected anatomical deviations. This dynamic responsiveness significantly increases the safety of the procedure and the success of robot-assisted dental implantation.

Remote-controlled implant placement
The future of dental implant implantation also includes the possibility of remotely controlled implant implantation. Integrating remotely operated robot systems allows the qualified oral surgeon implantologist to perform dental implantations remotely using robot assistance. It can be crucial when special care is necessary in underserved regions or emergencies.

Patient-specific implants
As technology advances, robots can help create patient-specific, personalized implants. Robots can create implants that adapt to patients’ anatomy by integrating artificial intelligence and machine learning. This “customization” can improve the effectiveness of implants and increase their lifespan.

Standardization of training and skills
Robot-assisted dental implantation also addresses concerns related to operator experience and skill variability. In the case of a robot, the procedure is performed consistently according to the pre-programmed protocol, significantly reducing the possible adverse effects of individual skills and experience. The robotic dental implantation system can contribute to a higher level of care in dental prosthodontics and other healthcare areas.

In addition to robot-assisted implant implantation, this solution can become ordinary in many medical disciplines due to the already-mentioned advantage. Improved planning, increased precision, and a better patient experience are some of the additional benefits that robotic technologist-assisted dental implant surgery offers.

Example of robot-assisted dental implantation
We believe that to make our writing more vivid and authentic, we need to give a concrete example. It is the Yomi robotic guidance system developed by Neocis for dental implant placement.

It is a robot-controlled surgical device designed for a particular task to support dental implant placement. With its help, the dentist or oral surgeon can more accurately and precisely implant the dental implant into the patient’s jawbone. The primary goal was to increase implant placement accuracy and safety and minimize the risk of possible complications.

Yomi consists of a complete implant insertion robotic arm and the software that operates the system. With the help of the software, the implantologist can plan the implantation process, and the robot precisely follows the task defined in the plan.

It has many advantages compared to traditional implant placement. With its help, the implantologist can perform the implant placement with greater precision, reducing the risk of complications. Yomi is also safer because it helps avoid damage to the nerves and blood vessels near the implant site.

Yomi currently operates in the United States and a few other countries. A more comprehensive introduction to its use could significantly change dental implant placement. It allows the implantologist to perform the intervention more accurately, safely, and efficiently.

Maine features of Yomi:
– Robotic control system
– Extreme accuracy
– Reduced risk of complications
– Safer intervention

Benefits of using Yomi:
– More precise implant placement
– Reduced risk of complications
– Significantly safer surgery
– More effective intervention in general

Although the benefits are clear, it is essential to recognize and manage the possible doubts and risks associated with robot-assisted dental implant placement. A rigorous training program for surgeons and support staff and continuous monitoring and maintenance of the system can reduce the risk of infection, bleeding, nerve damage, sinus perforation, and implant failure.

Cost-effectiveness in the long run
The Yomi robotic control system’s price is currently around HUF 500 million. Despite the initial higher cost of robot-assisted dental implant placement, it is crucial to consider the long-term cost-effectiveness. Greater accuracy and reduced complications can mean fewer revision surgeries and associated costs, ultimately benefiting patients and the institution.

Summarizing the topic of robot-assisted dental implantation, we can conclude that integrating robotic technology into dental implant implantation treatment represents a promising frontier in oral surgery. As technology continues to improve, these specialized robots will likely become more accessible, more sophisticated, and, last but not least, cheaper. It opens the way to a future where precision, consistency, and safety define the standard of care in dental implant procedures.

In our Articles section, you can find more information about dentures, implants, and implantation methods. If you have an opinion about this article, let us know in the comment section below. If you have any questions, please contact us, or ask iliDent AI Virtual Assistant.
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