Few look forward to sitting in the dental chair, but traditional workflows are quickly being updated by digital technologies that reduce treatment time and patient discomfort.
CAD/CAM systems and intraoral scanners have quickly become essential tools for dental professionals. With faster turnaround times and increased practice efficiency, these innovations help enhance practice efficiency.
1. CAD/CAM
CAD/CAM technology is an innovative process that uses scanning, software, and 3D printing to digitally render, manipulate, and fabricate products. Not just limited to dentistry professionals relying on it; professionals in many different industries utilize it for seamless workflows, accurate representations, and reduced waste.
Dental care’s digital workflow begins with intraoral scanner impressions taken digitally. Once uploaded to dental office CAD software, this data is then used for treatment planning and design – with designs being revised instantly based on patient or lab feedback.
Once approved, digital designs are sent directly to dental 3D printers or milling machines, which fabricate the restorations more efficiently, precisely, and esthetically than traditional methods would permit – an advantage which benefits both patients and practices alike.
2. 3D Printing
Digital dentistry plays a pivotal role in improving patient care and comfort. Intraoral scanners eliminate any discomfort associated with traditional impression materials and enable treatment in one visit.
Digital technology also speeds up restoration fabrication processes, such as dental crowns. By eliminating time-consuming steps like waxing, investing, burnout and pressing that come with plaster models and casting processes, digital technology enables dentists to transmit digital data directly to fabricators for fabrication.
Digital dental tools offer greater accuracy when diagnosing and treatment planning, as well as greater ease for communication between patients and specialists, sharing of data across clinics or locations, remote consultations, risk reduction, data security and risk reduction.
3. Intraoral Scanners
Dental 3D scanners are powerful technologies that enable dentists to take an accurate digital impression of an entire dental arch, including prepared teeth and implant scan bodies (cylinders attached to implants). The best intraoral scanners balance speed with accuracy for maximum benefit.
Digital impressions allow for more accurate models, leading to better fitting restorations with reduced re-appointments and saving patients’ time. They also reduce impression material use resulting in a more eco-friendly practice.
Since digital models can easily be shared among members of a dental team, sharing them frees up more chair-time for clinicians. Treatment coordinators and dental nurses with appropriate training, indemnity insurance coverage and GDC registration can take advantage of this advanced technology to enhance patient outcomes while simultaneously encouraging collaboration across their team.
4. Artificial Intelligence
Digital dentistry not only offers faster and more accurate diagnosis, but it can also deliver an enhanced patient experience. Intraoral scanners reduce discomfort by doing away with messy traditional impression materials while same-day restorations are possible thanks to same day restorations and digital communication platforms that enable dentists to provide virtual consultations to help their patients understand the treatments options.
AI can revolutionize dental care by making it more efficient, patient-centric and effective; however, its application must be combined with human expertise and in compliance with stringent ethical standards to ensure equitable access to oral healthcare services.
AI can pose serious threats if exposed to biased training data, leading to potentially discriminatory results for some patients. Dentists in East Gwillimbury and AI developers must take great care in recognizing and mitigating bias within their systems to shield patients from these dangers.
5. Lasers
Laser dentistry offers many advantages. This includes less invasive procedures, reduced need for anesthesia, faster healing times and the ability to perform complex surgeries more easily and precisely.
Dental lasers such as the erbium and carbon dioxide lasers can be utilized in multiple ways to prepare teeth and bones for restorations, remove decay from grooves on tooth surfaces or to reduce gum inflammation.
Intraoral scanners also eliminate the use of traditional impression materials that some patients find uncomfortable and can transmit digital data directly to fabrication labs, shortening turnaround time. This enhances patient care and eases collaboration between dentists and labs; additionally, this technology facilitates transference of records if a patient changes dentists.
