Integrating Cone Beam Computered Tomography (CBCT) scans into orthodontic workflows has rapidly evolved into a necessary diagnostic approach for targeted cases. However, practitioners often face structural or geographic constraints—such as expensive real estate or regulatory variations—that make housing a full-sized, large field of view (FOV) CBCT machine impractical. Fortunately, general dental offices equipped with smaller FOV machines can still successfully leverage advanced visualization tools. By utilizing native imaging software, clinicians can stitch or splice multiple small volumes together. This process matches separate maxilla and mandible scans or adjacent quadrants into a unified dual-arch format before exporting.Once you merge the small fields of view inside your proprietary imaging software, export the combined data set as a standard, multi-file DICOM folder. From there, log into the Invisalign Doctor Site (IDS) dashboard and navigate to the patient’s “Scans and Impressions” tab. Simply check the CBCT integration box located next to the traditional X-ray section to upload your merged file. This maps bone and roots directly into ClinCheck Pro. Because the software setup can feel complex during your first few attempts, Align Technology offers dedicated digital integration specialists at 1-888-225-4446 to guide you through technical compatibility reviews.Mastering this stitching pipeline unlocks the ability to comprehensively evaluate complex conditions. It allows you to confidently visualize periodontal boundaries, attrition, and abfraction before initiating clear aligner therapy. This elevated diagnostic clarity transforms the patient consultation from a standard sales pitch into an educational experience regarding risk, alternatives, and long-term disease progression. Although diagnostic workflows demand patience initially, routinely working up complex cases refines your clinical knowledge. This skillset builds a highly profitable orthodontic or clear aligner division within your general practice over time.