Advancements in Dental Casting Materials & Their Forensic Significance

Abstract

Abstract: This research explores various dental casting materials & their significance in forensic science. Traditional materials, such as- Dental stone, Plaster of Paris, & Dental wax have long been utilized in forensic investigations. However, advancements in materials science have led to the development of newer, more versatile options, such as- Epoxy resins, Polyurethane, & Alginate substitutes. Each material offers distinct advantages & limitations concerning ease of use, accuracy, & durability. Dental stone, a widely used & employed material, provides excellent detail reproduction & stability but lacks flexibility. Plaster of Paris, though economical, may not yield precise replicas due to its brittle nature. Dental wax, appreciated for its malleability & is susceptible to form deformation & degradation over time. In contrast, modern alternatives like- Epoxy resins & Polyurethane boast superior strength & dimensional stability, making them ideal for long-term storage of dental impressions. Epoxy resins, in particular, offer high fidelity reproduction of dental structures & resistance to moisture, temperature fluctuations. Polyurethane, known for its flexibility & durability, enables the creation of resilient dental models suitable for extensive forensic analysis. Furthermore, Alginate substitutes have gained popularity for their ease of use & compatibility with 3D Printing technology. These materials also offer quick setting times & adequate detail capture, facilitating rapid production of dental models for forensic examination. While, Traditional materials continue to serve a purpose, the adoption of advanced casting materials has revolutionized forensic odontology by enhancing- efficiency, precision & archival integrity