Invisalign has become a popular orthodontic treatment for people who want to straighten their teeth. Unlike traditional braces, Invisalign is considered one of the most comfortable orthodontic treatments. However, to proceed with the Invisalign treatment, digital scanning and imaging of the dental structures are needed. Modern technologies play a great role in dealing with Invisalign treatments.
In this article, we will study how 3D and digital scanning play a significant role in Invisalign treatment in North Central Phoenix. If you want to learn about the significance of digital scans in Invisalign treatment, you are at the right place. You can also learn more about it by visiting any centers for Invisalign aligners in North Central Phoenix. Meanwhile, let’s begin our discussion about the role of digital scans in Invisalign treatment.
What is the Significance of Digital Scans in Invisalign Treatment?
In traditional scanning procedures, there were various flaws and therefore, digital scanning came into picture to ease the work of the doctors and the patients. Digital scanning is a modern technology that has been developed to ease dental treatment procedures. Let’s understand what is the importance of digital scans in invisalign treatment.
Accurate and Detailed Tooth and Jaw Measurement
Traditionally, physical imprints and X-rays were used to plan orthodontic treatment. However, these methods were time-consuming, and we cannot completely rely on these imprints to make Invisalign. Therefore, there are digital scans that measure the extreme position of the teeth and jaw with precision and great detail. An accurate diagnosis of tooth alignment is essential, and thus, a three-dimensional image of the patient’s teeth provides an effective solution.
3D scanning provides various perspectives of dental structures, allowing doctors to gain thorough insight into the patient’s dental health. Before treatment starts, these scannings help analyze any occlusion, any spot for prospective difficulties, or other such issues. This knowledge will help orthodontists plan more effectively and move ahead with the treatment.
Enhanced Treatment Visualization
Invisalign aligners are customized as per the patient’s requirements, and there are a series of such aligners used when there is a gradual movement of the teeth. So, in this case, 3D scanning helps to understand the teeth’ movement and the treatment’s outcome. It promotes better communication between the doctor and the patient about the treatment results. The 3D scanning results can be shared with the patient to explain how much their teeth have moved from the previous Invisalign series and how it works. Thus, digital scanning promotes enhanced treatment visualization and better communication.
Streamlined Treatment Workflow and Improved Efficiency
The traditional methods of physical impressions involve various steps that can sometimes lead to errors and inaccuracies. However, in 3D digital scanning, there is a quick and efficient method of capturing accurate digital models of the teeth and jaw. So, these digital models are easily accessible for the orthodontists and dental lab technicians to prepare an aligner based on this model. It eases the communication between the orthodontist and the lab technician about how to design the aligner, thus reducing the treatment time with improved efficiency.
Improved Patient’s Comfort
While receiving braces treatment, people were supposed to undergo an uncomfortable physical impression, and that was uncomfortable for them. However, digital scanning has become relaxing and comfortable. The scanning gadget can swiftly take the imprint and digital image of the teeth. In short, the Invisalign treatment helps provide comfort to the patient.
In conclusion, digital scanning has significantly improved Invisalign treatment planning and implementation. People can be comfortable with such treatment procedures, and scanning takes less time than the traditional methods of physical imprints. Therefore, it is considered an effective treatment to optimize a person’s oral health.
