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Robotic dental implantation – 21st century solution

Robotic dental implantation – 21st century solution

Robotic dental implantation: a 21st-century dental replacement solution

Precise Planning, Extraordinary Accuracy   How Does It Work?   Flexible, Real-Time Adjustments   Computer-Guided Implant Placement   Patient-Specific Implant Design Possibility   Importance of Training and Standardization   An Example of Robot-Assisted Dental Implant Treatment   Long-Term Cost-Effectiveness of Robotic dental Implantation

While currently, the quality and success of dental implant placement largely depend on the skilled and experienced implantologist, the integration of robotic technology can revolutionize the process and outcome of implantation. The benefits of robot-assisted dental implant placement are indisputable. In this article, we present implantation with robotic dental implantation and discuss the advantages of implant placement with robotic assistance.

Robotic dental implant placement is rapidly advancing, combining the advantages of static and dynamic technologies. This new solution aims to enhance the precision and efficiency of dental implant placement, pushing the boundaries of clinical expertise and experience.

Precise Planning, Extraordinary Accuracy
One key advantage of robotic dental implantation is the increased precision in preoperative planning. Advanced imaging technologies, such as cone-beam computed tomography (CBCT), generate detailed 3D images of the patient’s bone structure. The robot meticulously plans the implant placement, considering bone density, anatomical structure, and optimal insertion angle.

How Does It Work?
The Robotic Dental Implant Placement System (RDIPS) aims to make dental implantation safer and more successful. The robot comprises two “arms”: a tracking arm and an operative arm for implant placement. Based on the data provided by the imaging system, the robot maps the patient’s bone structure and plans the entire tooth implantation process. Subsequently, under the close supervision of the implantologist, it performs the implant placement.

Flexible, Real-Time Adjustments
Modern robotic systems are equipped with sensors and feedback mechanisms that allow real-time adjustments during surgery in case of unexpected anatomical variations. This highly flexible, dynamically responsive capability enhances procedural precision, thus increasing safety and success.

Computer-Guided robotic dental implantation
In the future, remote-controlled dental implant placement may become possible. Remote-operated robotic systems enable expert dentists to perform implant placement and other oral surgical procedures from a distance, which is particularly valuable in hard-to-reach areas or emergencies.

Patient-Specific Implant Design Possibility
Robots can contribute to the development of patient-specific implants. It involves designing and creating dental implants tailored to each patient’s unique anatomy. Such customization can significantly enhance the effectiveness and lifespan of implants.

Importance of Training and Standardization
The robotic dental implantation system standardizes the procedure, reducing the negative impact of individual skills, knowledge, and experience on the success of implant placement. However, a perfect understanding of the robotic system’s operation is essential for its practical use.

In addition to implant-assisted implantation, this solution could spread across various branches of medical science due to its advantages, as mentioned earlier. Increased predictability, high precision, a rise in successful interventions, and, not least, improved patient experience further expand the use of robot technology in various surgical procedures.

An Example of Robotic Dental Implantation Treatment
Let the Yomi robotic control system developed by Neocis serve as a specific example. This robot aids the implantologist in precisely and accurately placing dental implants in the patient’s jawbone, ensuring the accuracy and safety of the procedure.

This robot-controlled surgical device is designed for dental implant placement. Dentists or oral surgeons can perform the procedure more accurately and safely with its assistance. The device aims to reduce the risk of complications.

Yomi has a robot arm capable of dental implantation based on the software that the implantologist plans in advance, and the robot precisely follows the plan. It has several advantages over traditional implant placement. It is more accurate and reduces the risk of complications.

Yomi is currently operational in the United States and some other countries. Its broader adoption could significantly change dental implant placement.

Key Features of Yomi:
– Robotic control
– Extraordinary precision
– Near-zero error possibility
– Safer surgery
– More precise implant placement

While the listed benefits are clear, it is essential to recognize and address doubts and risks associated with robot-assisted dental implant placement. Training programs for implantologists and support staff, along with continuous monitoring and maintenance of the system, can reduce the risks of infection, bleeding, nerve damage, sinus perforation, and implant failure.

Long-Term Cost-Effectiveness
Although the initial costs of robotic dental implantation are high, in the long run, greater accuracy and reduced complications may lead to fewer revision surgeries and related costs. That is advantageous for both patients and healthcare institutions.

Robotic dental implantation holds promising potential in the field of dental implantation. As technology continues to evolve, these robots are expected to become more accessible, advanced, and cost-effective, paving the way for a future where precision and safety define the standard of dental implant procedures.

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