Additive Manufacturıng Techniques Used in Prosthetic Treatments

Abstract

With recent technological advancements, manufacturing methods in dentistry have undergone significant transformations. Digital methods are now preferred over traditional techniques. Subtractive manufacturing involves obtaining the desired form by milling the material from a block through computer programs. This process is time-consuming, and due to the generation of a considerable amount of waste material compared to the desired product, it is cost-intensive. On the other hand, additive manufacturing is a computer-controlled process that allows the formation of the desired shape by layering materials. Metals, polymers, and ceramics are commonly used in additive manufacturing. In prosthetic treatments, from temporary crowns to bridge restorations, and from removable prosthesis frameworks to abutments, additive manufacturing finds applications in various areas. Additive manufacturing offers a series of advantages over traditional methods, including precision, time and material savings, and the elimination of issues commonly encountered in conventional techniques. In prosthetic restorations, additive manufacturing techniques are increasingly becoming prevalent by leveraging these advantages.