Charisma Diamond ONE | Universal Nano-hybrid One Shade Composite

Description

ALWAYS GRAB THE RIGHT SHADE FOR NATURAL-LOOKING RESTORATIONS.

Since its launch in 2010, Charisma Diamond has expanded the boundaries of aesthetics, quality and performance. With the new Charisma Diamond ONE Shade it is easier than ever to achieve an outstandingly natural look even in the posterior region. Charisma Diamond ONE Shade blends seamlessly into the surrounding dentition, independent of the tooth shade, enabling restorations to simply disappear. This offers a new one-shade solution for the majority of everyday cases. 

ONE SHADE FOR ALL – THANKS TO THE AMAZING ADAPTIVE LIGHT MATCHING:

Charisma Diamond ONE Shade determines the shade of the restoration by absorbing the lightwaves that are
reflected by the surrounding tooth shade.

NATURAL BEAUTY WITHOUT SHADE-MATCHING EASY!

The handling is as easy as the well-established handling of Charisma Diamond that has been acknowledged by
practitioners worldwide for over 10 years.
The Charisma Diamond highlights for easy handling:

■ non-slump consistency and minimal stickiness for easy sculpting

■ extended working time

■ excellent polish thanks to ultrafine nanofiller particles

■ approved to combine with GLUMA Bond Universal – the reliable and highly effective universal bonding
solution from Kulzer.

EXTREMELY DURABLE: THE UNIQUE TCD-MATRIX WITH OPTIMISED NANO-HYBRID FILLER SYSTEM.

ONE Shade benefits from the unique combination of high strength and low shrinkage stress of Charisma Diamond which has been well-documented and tested in clinical studies.

Why is that remarkable?

■ Long-lasting restorations: The unique TCD-matrix and the optimised nano-hybrid filler system make Charisma Diamond highly resistant against masitication forces. This minimises restoration fractures, that are, together with secondary caries, the main reasons for filling failures.

■ Assured biocompatibility: Through the usage of our TCD-matrix, Charisma Diamond ONE Shade is entirely
free of bis-GMA and BPA-related monomers