Predictions for the future of AI in orthodontics

The orthodontic industry is a perennially evolving sector. From teeth straightening with rudimentary metal braces to the state-of-the-art technology of digital braces, the ortho-sphere has undergone remarkable changes. As we navigate the happenings of the 21st century, we come across a promising and elusive phenomenon for the future of orthodontics. Artificial intelligence has emerged as a glowing beacon for the dental sector as a whole.

In the last decade, technology has evolved with such a tremendous impact that AI has become a practical tool in various specialties. AI has made deep inroads in the field of medicine with recent technology being brought to the forefront of dental diagnoses and treatment planning.

There are a lot of advancements to be excited about in dentistry. Here are some digital technologies to look forward to in the aligner space to enhance efficiency, productivity, production, and patient experience.

• 3D printing of orthodontic appliances

3D printing has become a common sport in orthodontics but as AI continues to hone its potential, we can expect to see top-of-the-line clear aligners both in quality and functionality. Dentists may avail of clear aligners that are clearer than ever and that are tailored perfectly to fit any individual’s dental anatomy, all thanks to the growing selection of AI-driven 3D modeling and printing techniques.

We can also expect the manufacturing process to become as seamless as possible with an obstinate guarantee of the quality and comfort of the orthodontic appliances.

• AI-Assisted Robotics

Robotics has become an enthralling element of artificial intelligence and its presence is well-accredited in many surgical domains. In the future, we might see a wider application of robots in orthodontics. As robotic systems can automate repetitive tasks, orthodontic procedures with robotic assistance can deliver the tasks with optimal precision and minimal human errors due to fatigue or distractions.

Robotically-assisted archwire bending systems may also be employed to bend complex archwires with unparalleled precision, leading to faster and more effective orthodontic treatment. Robots can also help provide real-time guidance for orthognathic surgeries before aligner or brace therapy.

• Better treatment planning

With artificial Intelligence, experts try and replicate human characteristics such as reasoning, problem-solving, and perception. So, it is apparent that AI in orthodontics reserves the potential to handle complex cases with more ease than ever before. AI can provide valuable insights while dealing with unique orthodontic cases by using algorithms to analyze a vast database of successful cases. This helps dentists deliver top-notch treatment approaches and predict potential complications.

Furthermore, AI-powered analysis of 3D scans and X-rays can help identify even subtle malocclusions and predict treatment outcomes more readily. Providing precise diagnoses and personalized treatment plans for each patient will no doubt be easier in the future.

• AI-assisted chatbots

Traditional treatment planning can be a slow and cumbersome process, often involving long wait times for feedback from third-party laboratory technicians. This can be frustrating for both the clinician and the patient, as it can delay treatment and lead to miscommunication.

AI-powered chatbots offer a solution to this problem by providing quick and accurate responses to common queries. These chatbots can be trained on a vast amount of data, including medical records, treatment plans, and expert opinions. This allows them to provide real-time feedback and suggestions, without the need to wait for a human technician.

AI-powered chatbots can significantly reduce wait times for prospective patients, improve accuracy when it comes to feedback, and reduce human error that can result from fatigue. They can also be available 24/7 which means that clinicians can get help with their treatment plans anytime, anywhere.

• Improve communication with patients

The primary goal for a dentist is to keep their patients engaged and satisfied. With new and upcoming technologies, patient education and communication are forecasted to improve greatly. Dentists can provide their patients with a better understanding of their orthodontic issues by providing visual aids with the help of AI-employed treatment software. This allows them to be more informed about their aligner procedure, treatment duration, and desired outcomes to look forward to which will in turn positively impact their device wear compliance.

Patient-facing apps may also become a staple in every dentist’s toolbox. Today, few platforms allow patients to upload photos of their dental conditions and communicate with their dentist remotely for treatment options. However, since this technology is still at its infancy, the results are not as accurate as they should be. In the future, this technology is bound to become commonplace for dentists to monitor their patient’s aligner treatment progress.

• Streamline administrative tasks

A great thing about artificial intelligence is that using it, machines can be programmed to observe the user’s actions and identify patterns. AI-driven software can then be used to automate many tedious tasks such as scheduling appointments, sending reminders, and managing patient records. Doing so frees up orthodontists’ time to focus on patient care and complex procedures.

• Enhanced dental training and simulations

Artificial Intelligence can transform dental education as we know it. Using virtual reality simulations that can mimic real-life dental settings with great accuracy, provides students with real-life opportunities to improve their skills and decision-making capabilities.

3D models, haptic feedback, and even simulated patient responses can give students the illusion of working in a real yet controlled environment. This immersive environment will help foster deeper understanding and muscle memory retention, preparing students for the sights, sounds, and tactile sensations of actual practice.