The term refers to a tangible representation of dental anatomy generated via a digital model, subsequently produced through methods such as three-dimensional printing. These physical reproductions of dentition can serve various purposes, from educational tools demonstrating tooth morphology to patient-specific models used in restorative dentistry and surgical planning.
The significance of creating these models lies in their ability to facilitate enhanced visualization and tactile learning experiences. The benefits span various fields, including dental education where students can manipulate and examine structures in a concrete way. Historically, dental models were primarily fabricated using plaster, a process often time-consuming and less precise than modern additive manufacturing techniques. Advancements in technology have revolutionized the production process, allowing for more intricate and accurate reproductions.
This exploration will delve into the applications across diverse fields, examining the materials utilized, the fabrication methodologies, and the future trends shaping this evolving area within dental science and technology.
