$18.04

• L7L left molar size for very large teeth
• Chairside trimming for precise margins
• Maintains occlusion during provisional phase
• Translucent polycarbonate for natural blend
• Quantity: 3 crowns per pack

The Directa Dental Directa Temp Poly Crowns Molar Translucent L7L 3/Pk are engineered to provide dependable provisional coverage for very large posterior restorations where strength, anatomical accuracy, and chairside efficiency are critical throughout the temporary phase of treatment. If you are not certain about what the Directa Dental Directa Temp Poly Crowns Molar Translucent L7L 3/Pk is used for, it is the best temporary molar crown solution for protecting extensively prepared teeth after crown preparation, maintaining stable occlusion, and preserving gingival contours while the final restoration is being fabricated.

These preformed crowns are manufactured from a durable polycarbonate material that delivers reliable fracture resistance while remaining easy to trim, contour, and polish chairside, allowing you to adapt margins accurately without excessive adjustment time. The translucent construction supports improved light transmission and shade blending, helping provisional restorations appear more natural even in posterior regions where esthetics are secondary to function but still clinically relevant. The L7L molar configuration is specifically designed for left-side placement and very large molar anatomy, offering expanded occlusal and proximal coverage compared to smaller sizes, which helps reduce chairside modifications and improves overall fit.

During clinical use, these crowns protect exposed dentin, reduce postoperative sensitivity, and help prevent tooth migration or occlusal changes between appointments. The smooth internal surface promotes efficient temporary cement application and easier cleanup, while the non-porous design contributes to infection control by limiting fluid absorption during try-in and cementation. Designed to integrate seamlessly into crown preparation and provisional workflows, these crowns support consistency and predictability from initial placement through follow-up visits.

By combining size-specific anatomy, controlled translucency, and dependable material performance, they naturally support functional stability and provisional confidence, making them the best translucent temporary molar crowns for managing very large posterior cases with accuracy and clinical efficiency.