Repeat crown fractures and veneer chips are frequently a force problem, not a materials problem. Airway risk and sleep-disordered breathing can increase nighttime clenching, undermining restorative longevity.
When crowns and fillings keep failing, the problem is usually not the material—it’s nighttime forces driven by airway strain. This guide explains what changes when restorative planning accounts for sleep breathing and jaw load.
Worried you can “catch” cavities from kissing? This scenario-based guide explains what really drives decay and the daily routine that protects your teeth.
Digital Smile Design (DSD) changes restorative predictability by shifting the reference system from models to the patient’s face in motion. When co-approval happens before irreversible steps, practices reduce rework, remakes, and trust erosion.
Porcelain veneers aren’t just cosmetic shells. When enamel is preserved, bonding is executed correctly, and bite forces are controlled, veneers act like a bonded reinforcement layer that supports long-term stability.
Repeated crown or onlay failures are rarely a materials problem alone. Nighttime airway strain can drive clenching forces that shorten restoration lifespan—unless you screen and plan for stability first.
Porcelain veneers aren’t just cosmetic shells. When bonded primarily to enamel and designed around occlusion, they can change force pathways that influence long-term stability and restoration survival.
Repeat crown and filling failures aren’t bad luck—they’re usually force problems. Here’s how modern restorative dentistry evolved, and what Dr. Greg Vigoren looks for before replacing work again.
Kissing isn’t the main driver of adult cavities. The real risks are viral transmission during outbreaks and shared hygiene and inflammation patterns that shorten dental longevity.
Microscope-assisted dentistry changes dental outcomes by improving what clinicians can see: margins, cracks, and complex anatomy. When the work is verifiable before closure, patients face fewer surprises and fewer repeat procedures.