Modulus of elasticity (low = high elasticity) means the capability of a material to absorb the chewing effects, allowing the restoration to be flexible, reducing the risk of fracture and chipping over time.

Ena Cad is more elastic than zirconia, ceramic and other hybrid for milling. Furthermore, as a patient with implants cannot absorb the stress with the periodontal ligament, the elasticity of the restoration can reduce decisively the stress transferred to the implants and the bone.

Compressive strength allows to estimate the longevity of a restoration both on implant and on dental structure under chewing forces.

Ena Cad is a material that allows the restoration to last more time than zirconia, ceramic and other hybrid for milling. Tests that simulate 1,2 millions chewing cycles show that the material has a natural wear without fractures or chipping. 50x SEM images shpw that the abrasion of Enamel plus HRi is similar to golf and therefore to the natural enamel.

The challenge of developing the perfect hybrid dental material lies in finding the ideal combination of mechanical and aesthetic properties. ENA CAD is manufactured through an innovative process that uses the most advanced polymers and aesthetic glass fillers available, perfectly balanced, just like those used in Enamel plus HRI and HFO composites. This results in more aesthetic, durable, and elastic restorations compared to other hybrids, making ENA CAD particularly suitable for implant cases.