# The Application of Intraoral Scanners in Orthodontic Care for Adolescents with Disabilities
## 4 Discussion
The ease of digital data transfer significantly shortens transport time reduces costs and facilitates the visualization process, resulting in fewer inaccuracies and a shorter processing time in the laboratory [4; 28]. The proper utilization of a scanner is a matter of training, and the benefits of using these devices undoubtedly encourage the adoption of the latest technology in dental practices [29; 30]. [PERSON] et al. [4] emphasized in their article that there is a learning curve associated with the introduction of intraoral scanning into dental clinics, and this aspect should be taken into account. Clinicians who are more familiar with digital technologies are likely to integrate scanners into their practice more easily. Conversely, older, less-experienced practitioners may perceive the use of these devices and associated software as more complex. The level of technological proficiency and adaptive abilities of practitioners can influence how easily they incorporate digital tools, such as intraoral scanners, into their workflows. Continuous training and support can be beneficial for clinicians transitioning to digital technologies [31]. In the context of Invaslign treatment, intraoral scanning has been found to be a more appealing option for patients [32]. It effectively distracts them from the typically controlling environment of a dental office. Additionally, the presence of parents, the age of patients, and thus, their level of maturity, are still considered potential disruptive factors. These factors must be taken into account, especially for underage patients with disabilities. Teenage patients in our study from both groups were intrigued by the scanner and the emerging image of their bite on the monitor, effectively reducing the disruptive factor. From our experience, digital impressions prove to be more time-efficient, requiring less time than traditional impressions. The ability to scan the entire arch in less than 3 min, combined with subsequent time savings (eliminating the need for gypsum models), positions intraoral scanning as a time-effective tool in the orthodontist's toolkit. In light of the latest advancements in Digital Dentistry Technology (DDT) and CAD/CAM, it is expected that computer-assisted treatment methods will define the operations of dental offices and prosthodontic laboratories in the future. Intraoral scanning appears to be an ideal method and may represent the future of orthodontics. It not only facilitates clinical procedures in terms of time and comfort for both the patient and the dentist but also serves as a starting point for the production of various customized orthodontic appliances, with aligners emerging as the most prevalent. With the continued development of aligner technology, intraoral scanners are becoming increasingly indispensable in modern orthodontic practices. It is anticipated that in the coming years, digital techniques will become an integral part of producing almost all orthodontic appliances. The ongoing evolution of 3D technology, particularly intraoral scanners, is ready to revolutionize the \"way of thinking\" in orthodontics, modernizing the role of the \"traditional\" orthodontist in diagnosis and treatment processes. Currently, the optimal approach involves integrating both conventional and digital impression methods in daily orthodontic clinical practice, leveraging the strengths and eliminating the limitations of each method.