Robots are now utilized in every field of research thanks to technological breakthroughs; they have even found their way into dentistry due to the capacity for precision work without being fatigued. Hamilton dentist Dr. Moninder Tuli, chatted with us and provided us with information about the usage of robotics in dentistry.
The use of robots in dentistry is quite astounding. It can be debated that one of the most astonishing creations of modern civilization is the robot, a tool that can imitate living things. Robots shorten the time it takes to perform a task, increase production, and decrease human error.
Robotics is a revolutionary technology that will alter dental medicine’s diagnostic and therapeutic procedures. Robots can do repetitive tasks for an endless amount of time while improving the overall level and scope of medical care.
The most recent medical robots can conduct clinical intervention or remote patient monitoring independently since robotic systems have evolved dramatically over the previous ten years.
Robots may be utilized for invasive dental treatments, such as tooth preparation and dental implantation, in addition to acting as dental assistants when 3D navigation is employed. In teaching, robotic systems may also be useful.
Before they interact with actual patients, dental students may be trained using full-body robots, haptic interface technologies, and sophisticated simulation.
Dental implants
The accuracy of implant placement has a significant impact on the treatment’s result. Dental professionals employ surgical template guiding and navigation technology to minimize implant placing mistakes.
However, the location of a missing tooth and restrictions on mouth opening could result in uncomfortable working situations, which might lead to operator fatigue and mistakes. Implant placement may be done with more precision, stability, and flexibility with the help of a robot.
Additionally, effective uses of robotic implantology include challenging implant instances with much less alveolar bones. Robots are now available that can successfully put dental implants without making mistake.
Dentistry for Prosthetics and Restoration
Due to changes in craniofacial morphology after the loss of natural teeth, the chewing and vocal functions are significantly compromised. For patients to function normally, reestablish their craniofacial morphology, and safeguard their temporomandibular joint, prosthodontic treatment is urgently needed. Robots might create partial or full dentures in the field of prosthetic dentistry.
The software of the prosthetic dentistry expert model incorporates the wealth of technique and expertise between the professional dental technician and the experienced dentist. The manufacturing of partial or full dentures is then accomplished by robots in prosthetic dentistry.
A technological and theoretical advance, as well as a breakthrough, would be the study of robots in prosthetic dentistry. The measurement of the partial or full denture would be accomplished, and the operation’s success would also advance prosthetic dentistry.
Maxillofacial and Oral Surgery
Because oropharyngeal cancerous tumors are often difficult to treat with traditional methods, radiation and/or chemotherapy are frequently used. Typically, mandibulotomies with mandibular displacement and lip splitting are used in salvage surgery. Robotic oral and maxillofacial surgery, however, has grown to be a desirable option, particularly for the treatment of oropharyngeal cancer.
Clinicians are using computer-assisted dental implant surgery more and more often. Cone-beam computed tomography (CBCT) analysis as well as bi-dimensional radiograph standardization are both used by the system. Additionally, robotic surgery is performed on the upper aerodigestive tract, which is accessible via the mouth cavity.
With stereoscopic vision, multi-articulated tools, and robotic arms, transoral robotic surgery enables minimally invasive oropharynx intervention. Transoral robotic surgery has been widely used for the operative procedure of the airflow limitation of apnea in in addition to the management of pathological disorders.
Dental Robotics’ Constraints
A new technology must overcome a number of challenges of various types when it is brought into a new environment. The high cost of technical developments in medical and dental applications is one such barrier. Additionally, robotic systems are sophisticated and need specialized knowledge to perform well.
Additionally, a crucial factor may be dentists’ cooperation with and acceptance of patients. Male individuals are more driven to obtain robotic medical care than female ones, claims a research. The desire to undergo such therapy decreases regardless of sexual orientation as procedure invasiveness increases.
Final Words
Dentistry is moving toward a new era of data-driven, robot-assisted care. Robotic technologies have not yet been completely included into dental market research, nor have they reached technical and cost-effective readiness for such integration.
The uses of robots in dentistry are promising, but the main drawbacks of robotic dentistry, aside from challenging operating environments and high costs, are the robots’ limited sensory and basic manipulation capabilities, as well as their lack of learning abilities.
Additionally, for the genuine integration of robotic systems in dentistry, significant instructional efforts, along with greater seamlessness of the robotic systems, and the development of more economical systems are major obstacles that must be addressed. Dentists should get acquainted with robots and learn how to communicate with them in both the physical and digital worlds.
