CAD-CAM Composite Disc Certified for Permanent Restorations

The MINERAL DISC for your milling machine has finally arrived!!

The new Mineral Disc is a multilayer hybrid composite disc designed for high-performance CAD-CAM applications. Available in dentin shade, it represents the perfect combination of mechanical strength and aesthetics, with an estimated durability of up to 5 years.

This disc is not just an alternative to PMMA: it’s a definitive solution, ideal for the fabrication of Toronto Bridges, long-term Bridges, and Crowns.Thanks to its hybrid formulation with up to 52% filler, it offers excellent workability, stability, and adhesion to surface characterizations.

If you’re looking for a versatile material, certified as class IIa, capable of delivering long-lasting aesthetic and functional results, this is the right place!

DATI TECNICI
Certification	Class IIa
Composition	Multilayer Hybrid Composite
Elastic Modulus	3932 MPa
Water Absorption	9.9 µg/mm³
Solubility	1.5 µg/mm³
Hardness	88 Shore D
Deformation at Break	2.25 MPa
Tensile Tests (Maximum Load )	1109 N
Flexural Tests (Maximum Load)	183 N
Tensile Tests (Breaking Load)	894 N
Flexural Tests (Breaking Load)	147 N

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Advantages

CERTIFIED FOR DEFINITIVE

The Vertys Mineral Disc is certified as Class IIa according to EU MDR 745/2017 and is indicated for permanent applications such as Toronto Bridges, long-term bridges, and crowns.

Optimized Hybrid Material

The disc is a multilayer hybrid composite with a filler content of 49–50%, calibrated to offer the best balance between mechanical strength and aesthetics.

Ideal for Monolithic Structures

Designed to ensure flexural strength, it is perfect for monolithic structures such as long-term bridges and crowns and Toronto Bridges.

High Aesthetic Multilayer

The layering is uniform, avoiding harsh transitions and providing a high natural aesthetic value.

Ease of Processing

Compatible with standard milling strategies for PMMA/composites. Can be milled dry or with cooling, and is optimized for single-blade cutters.