THE PERFECTLY MILLABLE CARBON FIBRE DISC - Dei Italia

CarboCad 3D assures the following advantages compared to the superimposed plain fabric carbon discs:

1. Perfect and smooth drilling, because the disc is made of Bio-Resin (Biocompatible) and random

fibres processed with an innovative patented system by which 50 mm fibres, are crisscrossed and

arranged in all directions on all layers evenly.

Thanks to this even structure the drill always finds and cuts fibres and not “threads formed by

fibres” only arranged horizontally, preventing the detachment of whole pieces of fibres and resin.

2. Also thanks to our random fibres, compared to the discs consisting of fibres found in standard

carbon fibre fabrics, the “delamination” effect is completely removed because there is always

perfect cohesion between random fibre layers.

3. The resistance of samples made with CarboCad 3D, about 18% higher than samples made with

overlapped carbon fibre discs, assures greater clinical safety.

CarboCad 3D assures the following advantages compared to other materials:

1. GREATER BIOINTEGRATION

Thanks to the well-known ability to absorb masticatory loads up to 60% compared to zirconium

and metals and thanks to the extreme lightness that translates into comfort for the patient. *

2. GREATER RESISTANCE

Compared to zirconia, glass fibre, PEEK, PMMA.

3. GREATER FATIGUE RESISTANCE

Assuring the stability of mechanical performance over time.

4. GREATER VERSATILITY

The carbon fibre structure is suited to any type of materials with crown cementing, obviously

single, such as disilicates, zirconia, metal, ceramic and naturally composite moulded in

M.C.M.®, an original monolith technique developed by our DEI® Lab Head, Mr. Paolo Pagliari.

* “CARBON FIBRE VERSUS METAL FRAMEWORK IN FULL-ARCH IMMEDIATE LOADING REHABILITATIONS OF THE MAXILLA - A COHORT CLINICAL STUDY” di F. Pera, P. Pesce, F. Solimano, T. Tealdo, P. Pera, M. Menini - Implant and Prosthetic Dentistry Unit, Department of Surgical Sciences (DISC), University of Genoa, Genoa, Italy - Riv. Journal of Oral Rehabilitation, 2017.