• Nanofiller technology gives excellent polish retention
• Shade perfectly replicates incisal translucency
• Provides lifelike fluorescence and opalescence
• Unit-dose delivery is hygienic and precise
• Quantity: 10/Pk of 0.2g Amber Translucent capsules

The 3M (Solventum) Filtek Supreme Ultra Universal Restorative, presented as a 10/Pk of 0.2g capsules in the specialized Amber Translucent shade, is an industry-leading, high-performance nanofilled composite designed to achieve unparalleled aesthetics and strength for all clinical restorative classes. If you are searching for the best Filtek Supreme Ultra Universal Caps, then this 3M (Solventum) material's patented nanofiller technology, which ensures exceptional polish retention, superior fracture resistance, and a specialized translucent shade for perfect blending in complex layering, is best for you.

This universal composite is engineered to possess a unique combination of strength and beauty, with a lifelike fluorescence and opalescence that truly mimics natural tooth structure, making it the material of choice for demanding anterior and posterior restorations. The 10/Pk of 0.2g capsules provides a hygienic, unit-dose delivery system, ensuring precise, controlled placement and minimizing the risk of cross-contamination and material waste, which is vital for efficient practice management. The Amber Translucent shade is specifically designed to be used as a lingual or palatal layer to accurately replicate the natural translucency found in the incisal edge, adding depth and a natural warmth to multi-shade restorations.

This specialized shade is critical for achieving the highest aesthetic outcomes, allowing for seamless integration with adjacent tooth structure. The best Filtek Supreme Ultra Universal Caps offer dental professionals a reliable, versatile, and aesthetically superior composite that provides the confidence of lasting, beautiful results in a convenient capsule format. This product is formulated exclusively for professional dental use in advanced restorative layering techniques.