All on 4 Treatment Concept
The All-on-4® dental implant treatment concept is a minimally invasive solution with a fixed full-arch restoration for high patient satisfaction. This technique uses fewer implants that are placed at mechanical inclinations to maximize support. Fewer dental implants mean lower cost. The use of angled implant placement allows us to avoid anatomical areas that previously required bone grafting. Eliminating the need for bone grafting saves months in healing and thousands of dollars.
Get Minimally Invasive Dental Implants with All-On-4
Dental implants provide a secure, permanent solution to missing teeth… and thanks to the innovative All-On-4 procedure, you can get full smile restoration with a single, minimally invasive procedure. We would love to tell you more about the benefits of All-On-4. Schedule an appointment with OMS Nashville at your convenience.
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Why All-on-4 Dental Implants?
Rapid improvement in quality of life
The All-on-4® treatment concept provides edentulous and soon-to-be edentulous patients with a fixed full-arch prosthesis on four implants on the day of surgery. This quickly leads to improved patient satisfaction – with regards to function, esthetics, sense, speech, and self-esteem.
Lower costs
The All-on-4® treatment concept is not only the least time-consuming treatment option, but also the least costly in comparison with conventional implant treatment modalities of the edentulous and soon-to-be edentulous jaw.
Shorter treatment times
Two key elements significantly reduce treatment complexity, the number of surgeries, and the overall treatment time: tilting of the posterior implants avoids the need for time-consuming bone grafting procedures, while immediate loading shortens time to teeth.
Stability even in minimum bone volume
By tilting the two posterior implants, longer implants can be used. This increases bone-to-implant contact and avoids vertical bone augmentation. In addition, the tilted implants can be anchored in better quality anterior bone, reduce cantilevers and help avoid important anatomical structures.
