Three-dimensional facial soft tissue morphology was recorded in each of the 20 female subjects using a 3D surface imaging device (3dMDface System) before and after placement of the experimental canine at rest and in the three types of smiles.
By adopting the 3dMD dynamic system, we captured, for the first time, a significant increase in RMS values during key facial movements, including smile lips open, lip purse, and cheek puff, following traction treatment. As an orthopedic treatment, anterior traction provides a structural basis for the forward development of the maxilla by stimulating the patient’s own growth potential and promoting bone suture reconstruction.
Children with adenotonsillar hypertrophy and mouth breathing demonstrate narrowing of the nasopharyngeal, palatal, and glossopharyngeal regions.
To achieve precise therapeutic evaluation, rigid 3D facial scan registration requires personalization based on the patient’s current growth stage and therapeutic approach.
Latest news from 3dMD and our customer community: Quantifying Subject Mobility with Dynamic-3D/4D; Analyzing Facial Mobility in 4D; Integrating EMR; Training AI with 3dMD; Presenting the Latest at 3dMD; and more.
Facial attractiveness is a common concern among maxillofacial patients, often stemming from underlying skeletal deformities that may require surgical intervention.
40 participants (TMD and TMD-free, mean age of 38.9 ± 15.3 years) had 3D images of their faces recorded using the 3dMDtrio craniofacial system. Each participant was recorded with their mouth in occlusion and fully open.
By using the 3dMD imaging system, we were able to assess the outcomes of an orthodontic treatment approach. The method’s non-invasive nature, precision, simplicity, and child-friendly design make it ideal for routine clinical use—for both diagnosis and treatment—across all age groups, including young children.
A total of 30 patients were imaged with a NewTom CBCT and 3Shape intraoral scanner. Natural head position was recorded with a 3dMD surface imaging system combined with and a SaiWei laser level. Skeletal, dental, and textured surface morphologies were superimposed based the laser level markers.
3dMD acquire 3D facial images of 195 children aged 7–12 years. They were divided into 12 groups by age (7–8 years group, 9–10 years group,11–12 years group,), gender, and breathing pattern (mouth breathing MB, nasal breathing NB).