Universal Anterior Matrix

Anterior Matrix is the ideal matrix to perform direct class III, IV, V cavity restorations, and aesthetic restorations such as direct stratification composite veneers and shape modifications of maxillary central incisors. Thanks to its contoured shape, anterior matrix allows the proximal and cervical margins to be restored at the same time, even in the presence of a rubber dam or gingival retraction cords, thus reducing the time needed for restoration. In addition, once positioned, anterior matrix allow visualising the final shape of the restoration, even before starting the procedure.

Advantages:
Ultrathin stainless steel (0.03 mm) for tight contact surfaces
It allows to reconstruct interproximal and cervical margins with a single matrix
it enables highly predictable results
simplified management of the cervical area: excellent predictability of the restoration and gingival retraction

Mini Deep Anterior Matrix

minideep anterior matrix is the ideal matrix to perform direct class III, IV, V cavity restorations, and aesthetic restorations such as direct stratification composite veneers and shape modifications of maxillary central incisors. minideep anterior has been specifically developed to adapt to:

• maxillary and mandibular lateral incisors
• mandibular central incisors
• conoid teeth
• triangular teeth
• peg laterals
• teeth with narrow cervical diameter

 
Thanks to its contoured shape, minideep anterior matrix allows the proximal and cervical margins to be restored at the same time, even in the presence of a rubber dam or gingival retraction cords, thus reducing the time needed for restoration. In addition, once positioned, the matrix allows visualising the final shape of the restoration, even before starting the procedure.

Advantages:
ultrathin stainless steel (0.03 mm) for tight contact surfaces
it allows to reconstruct interproximal and cervical margins with a single matrix
it enables highly predictable results
specifically designed to adapt to smaller anterior teeth
made of malleable material for even greater adaptability