HUGE Digitalife Radiance Monolayer PMMA Blocks

The Digitalife Radiance Monolayer PMMA Block is a high-quality CAD/CAM milling material designed for the fabrication of temporary dental restorations. Manufactured from highly cross-linked PMMA using premium raw materials, it provides excellent mechanical strength, dimensional stability, and biocompatibility. Its durable composition makes it a reliable choice for long-term provisional restorations in both anterior and posterior applications. Technical Specifications Flexural Strength: >120 MPa Modulus of Elasticity: 2,500 MPa Water Absorption: 11 μg/mm³ Solubility: 0.2 μg/mm³ Residual Monomer Content: <1.0% Indications The Digitalife Radiance Monolayer PMMA Block is indicated for the fabrication of: Temporary anterior crowns Temporary posterior crowns Temporary anterior bridges Temporary posterior bridges Removable denture structures and provisional prostheses Key Benefits High Flexural Strength - Highly cross-linked PMMA delivers a flexural strength exceeding 120 MPa, ensuring excellent durability for temporary restorations. Superior Wear Resistance - Designed to withstand daily occlusal forces while maintaining surface integrity. Low Water Absorption - Minimizes dimensional changes and helps preserve restoration stability. Excellent Biocompatibility - Safe for intraoral use with low residual monomer content. Dimensional Stability - Premium raw materials ensure consistent milling performance and reliable fit. Easy CAD/CAM Processing - Optimized for precise milling and efficient laboratory workflows. Natural Esthetics - Monolayer shade provides a smooth, lifelike appearance suitable for provisional restorations. Why Choose Digitalife Radiance PMMA? Digitalife Radiance Monolayer PMMA Blocks combine strength, precision, and esthetics in a dependable CAD/CAM material. Their high-quality formulation provides stable performance throughout the provisional treatment period, making them an excellent choice for dental laboratories and clinicians seeking durable, accurate, and biocompatible temporary restorations.