• High flexural strength structure
• Glass fiber reinforced composite
• Quantity: 5 blocks per pack
• Metal-free restorative material
• Designed for digital milling

The Itena USA Numerys GF CAD/CAM Block 5/Pk is a glass fiber?reinforced composite block engineered for chairside and laboratory milling of durable, metal-free restorations using compatible CAD/CAM systems. Designed to combine flexural strength with shock absorption properties, this block offers enhanced resistance to fracture compared to traditional ceramic materials, making it suitable for inlays, onlays, crowns, and implant-supported restorations where strength and stress distribution are critical.

The integrated glass fiber matrix reinforces the composite structure, helping improve load-bearing capacity while maintaining machinability and margin integrity during milling. If you are not sure about what the Itena USA Numerys GF CAD/CAM Block 5/Pk is used for, they are the best glass fiber reinforced CAD/CAM blocks for fabricating high-strength, shock-absorbing indirect restorations with reliable marginal adaptation and durability. The homogeneous composition supports smooth milling performance with reduced chipping, contributing to precise occlusal anatomy and refined finishing.

Its composite-based structure allows easier intraoral adjustment and polishing compared to brittle ceramics, streamlining chairside workflow. The material?s resilience helps distribute occlusal forces more evenly, reducing stress concentration in complex restorations. Designed for compatibility with common milling platforms, these blocks support efficient digital fabrication protocols in modern prosthodontic workflows.

Their reinforced structure enhances long-term performance while maintaining esthetic integration when layered or stained as indicated. For clinicians prioritizing strength, adaptability, and digital efficiency in indirect restorative fabrication, they are also the best fiber-reinforced composite milling blocks solution for producing durable, resilient restorations in contemporary CAD/CAM dentistry.