Conclusion. Dental articulators are fundamental tools in restorative dentistry, improving precision, functionality, and patient satisfaction. Whether using traditional mechanical articulators or advanced digital solutions, dental labs rely on these devices to create high-quality, well-fitting restorations., For the indirect workflow option, conventional analog impressions are made and the resulting stone dental casts are articulated using a facebow and interocclusal records on a mechanical articulator. A laboratory scanner is used to digitize the stone casts and articulation and transfer the information onto a virtual articulator (Úry et al. 2020 , Our new 3-stage dental articulation method automatically extracts the anatomy of dental occlusal surface (i.e., the peaks and valleys), and key teeth landmarks from the digital dental models, aligns the upper and lower teeth to a clinically desired Midline-Canine-Molar relationship, and finally aligns the upper and lower teeth to a best , Establishing new dentition and occlusal schemes requires a thorough understanding of the principles of occlusion, mandibular movements, phonetics, and esthetics. This presentation is designed to help understand the dynamics of mandibular movements, form and function of the dentition, occlusal schemes, patient simulation, and the interaction of those factors on occlusal rehabilitation. Special , The articulator provides the dental technician and dentist a means of communication, analysis, and pre-insertion inspection of cases for proper fit and function. Even without patient references, a calibrated articulator will enhance efficiency and precision when cases move between multiple stations., .