The Rescue Smile Case Study:

Bio-Mechanical Reconstruction

After a detailed clinical analysis using 3D X-rays and digital facial mapping, our team identified two major issues:

Structural Damage: The upper front teeth had been filed so severely that veneers were no longer a viable option; they required full-coverage crowns for protection.

Bite Interference (Underbite Tendency): The patient’s lower jaw was slightly larger than the upper, creating a functional conflict.

To solve this, we suggested “Opening the Bite.” By strategically increasing the vertical dimension of her teeth, we created the necessary “overjet” (space between upper and lower teeth). This allowed us to design larger, more aesthetic upper incisors without them being “hit” or damaged by the lower jaw during chewing.

The Plan: 14 restorations on the upper jaw (including 6 Zirconia crowns for the front teeth) and 8 Zirconia veneers on the lower jaw.

The Process:

The Diagnostic Mock-Up: We began with a 3D-printed plastic version of her future smile. This allowed the patient to “test-drive” the new bite position to ensure comfort before any permanent work began.

Refining the Foundation: We carefully refined the previous aggressive preparations to ensure a healthy fit and long-term seal for the new restorations.

Lab Collaboration: On Day 11, the patient reviewed the final restorations. She requested a minor aesthetic adjustment to match her personal taste. Because we have an in-house laboratory, our technicians made the modifications immediately.

The Delivery: On Day 12, after testing the restorations in real-life chewing situations, the final bite was verified, and a custom mouthguard was delivered to protect her investment.