Digital Guided Aesthetic Veneer Restoration

A Digital Veneer offers an ideal dental treatment for individuals with broken, chipped, short, or discolored teeth, as well as those seeking a flawless smile without undergoing lengthy and complex orthodontic procedures.
 

Today, based on the actual case treatment process, we will introduce you to the HUGE Digital Veneer Solution.

Step 1: Data Collection

• For ceramic veneers, it is advisable to use minimal tooth structure reduction with a minimally invasive approach.

• A digitally guided veneer preparation workflow ensures precise tooth reduction by using CAD software to calculate the minimal thickness needed for the final veneers.

i-Vinci Smart Intraoral Scanner 

Accurate, Precise, and Fast

Accuracy ≤ 7μm

Precision ≤ 5μm

Step 2: Computer Aided Design

• During veneers designing, import the mock-up data to ensure the final prosthesis meets the patient’s expectations.

Step 3: Veneers Manufacturing and Model Printing

• To obtain a resin cast with a 3D printer

• Manufacturing the veneers by the milling machine

NOBILCAM 3D Printer

Delivers speed, accuracy, and success. The 9.25-inch 6K black-and-white LCD screen can handle full upper and lower arches for aligners, study models, dentures, splints, and more.

NOBILCAM-5X Milling Machine

NOBILCAM-5X is a 5-axis dry cutting machine with micron-level precision and high reliability. Paired with solid carbide NOBILCAM Milling Burs, it's perfect for milling Zirconia, Titanium, Lithium Disilicate, PMMA and other resins.

Step 4: Veneer Cementation

New Launch: TopCEM Veneer System

For permanent cementation of veneer made from materials of porcelain/ceramic and composites.

TopCEM-Veneer Light Cure Veneer Cement 

1. Impressive physical properties

Bonding strength to Glass ceramic with total-etch technique: 36.8Mpa

* Data from HUGE Lab

2. Excellent Color Stability

HugeBond Universal FliPro Light Cure Dental Adhesive

1. 8^th generation bonding agent with universal applications

2. Contains MDP monomer which enhances chemical adhesion to direct andindirect restorations.

After the restorations, a beneficial intraoral functionality was observed.