Transparent Celluloid Crowns for Posterior Teeth, Molars and Premolars, 64 pcs/set

The transparent celluloid crown set for posterior teeth is designed for professional dental use in coronal reconstruction procedures involving molars and premolars. Each crown is made of clear celluloid material, allowing excellent visibility of the restorative composite during application and polymerization. These preformed matrices ensure anatomically accurate crown shaping during dental restoration. The package contains a total of 64 crowns, precisely organized by size and tooth type: • 32 crowns for molars - upper and lower, in small, medium, and large sizes. • 32 crowns for premolars - upper and lower, in small, medium, and large sizes. The transparent color facilitates visual control of the restorative material, enabling precise placement and adaptation to the tooth structure. The celluloid material ensures easy removal after curing, maintaining the integrity and contour of the restored crown. Instructions for use: Apply the restorative composite inside the celluloid crown, then position it on the prepared tooth. After the composite hardens, the crown matrix is gently removed, and the restoration is trimmed and polished until the desired anatomical shape is achieved. This process provides an accurate adaptation to the tooth's natural contour and a smooth surface ready for finishing. Applications: • Coronal reconstructions of posterior teeth. • Temporary or final restorations requiring preformed transparent matrices. • Adaptation to a wide range of clinical situations due to multiple crown sizes included in the set. The set is neatly organized for efficient selection during dental procedures, optimizing working time and ensuring consistent clinical results. The transparent celluloid material is compatible with most light-curable composite materials used in restorative dentistry. In summary, the Transparent Celluloid Crowns for Posterior Teeth 1.911 (64-piece set) provides a reliable and practical solution for creating anatomically accurate posterior restorations with optimal visibility and control during the restoration process.