Orthodontic technology is constantly evolving, and at Campbell Orthodontics, we’re committed to bringing our patients the latest advancements that help create healthier, more confident smiles.
That’s why Dr. Erika Campbell and Dr. Chris West are excited to offer DIBS AI, an innovative technology that combines artificial intelligence, digital treatment planning, and customized bracket placement to help make braces treatment more precise and efficient.
While the technology behind DIBS AI is impressive, what matters most is how it benefits our patients. By helping Dr. Campbell and Dr. West plan treatment with an exceptional level of accuracy, DIBS AI supports a more personalized orthodontic experience from the very beginning.
What Is DIBS AI?
DIBS AI stands for Digital Indirect Bonding System. It is an advanced orthodontic technology that combines artificial intelligence, digital scanning, and 3D printing to help orthodontists plan and place braces with exceptional accuracy.
Rather than positioning each bracket individually during the bonding appointment, Dr. Campbell can now digitally design bracket placement in advance using a highly detailed 3D model of your teeth. This technology creates a customized roadmap for treatment before braces are even placed.
The result is a more precise and personalized approach to orthodontic care that sets the stage for a successful outcome.
How Does DIBS AI Work?
The process begins with a digital scan of your teeth. DIBS AI then analyzes your unique tooth anatomy and assists Dr. Campbell in determining the ideal placement for each bracket based on your treatment goals.
Once the digital treatment plan is finalized, custom placement trays are created specifically for your smile. During your bonding appointment, these trays allow brackets to be positioned accurately and efficiently according to the treatment plan.
This digital-first approach helps ensure greater consistency and precision from the very beginning of treatment.
Why Is DIBS AI Different from Traditional Braces Placement?
Traditionally, orthodontic brackets are placed individually during the bonding appointment. With DIBS AI, Dr. Campbell and Dr. West can digitally plan bracket placement before treatment begins using a detailed 3D model of your teeth.
This advanced planning process allows for customized bracket positioning based on your unique smile and treatment goals. The result is a more precise starting point for orthodontic treatment and a highly personalized patient experience.
Benefits of DIBS AI for Orthodontic Patients
More Precise Bracket Placement
Braces rely on carefully controlled tooth movement. Even small differences in bracket positioning can influence how efficiently teeth move throughout treatment.
DIBS AI helps our doctors digitally plan bracket placement with remarkable accuracy, supporting more predictable treatment outcomes and helping patients achieve beautiful, healthy smiles.
Faster and More Comfortable Appointments
Because brackets are pre-positioned within custom transfer trays, the bonding process is often more efficient than traditional methods.
Patients spend less time in the chair while still receiving highly customized care tailored to their unique smile.
Improved Treatment Efficiency
Starting with precise bracket placement can help reduce the need for repositioning brackets later in treatment. This may help keep treatment progressing as planned and minimize unnecessary adjustments.
A More Personalized Treatment Experience
No two smiles are exactly alike.
DIBS AI allows Dr. Campbell and Dr. West to evaluate each patient’s individual anatomy and treatment goals before braces are placed. This level of customization helps create a treatment plan designed specifically for your smile.
Advanced Technology Meets Personalized Care
While artificial intelligence is transforming many areas of healthcare, technology alone does not create great orthodontic results.
At Campbell Orthodontics, DIBS AI serves as an advanced planning tool that supports Dr. Campbell’s expertise, experience, and clinical judgment. Every treatment plan is carefully reviewed and customized by our orthodontists to ensure the best possible outcome for each patient.
Technology enhances the process, but personalized care remains at the heart of everything we do.
Frequently Asked Questions About DIBS AI
Is DIBS AI replacing my orthodontist?
Not at all. DIBS AI is a technology that helps your orthodontist plan treatment with greater precision. Every treatment decision is still made, reviewed, and overseen by Dr. Campbell or Dr. West.
Does DIBS AI make braces treatment faster?
DIBS AI helps improve bracket placement accuracy and treatment planning from the beginning. This may help treatment progress more efficiently and reduce the need for certain adjustments during treatment.
Is DIBS AI safe?
Yes. DIBS AI is used as a planning and bracket placement tool within the orthodontic treatment process. It works alongside the expertise of your orthodontist to help create more predictable treatment outcomes.
Can children and teens benefit from DIBS AI?
Absolutely. DIBS AI can be used for many orthodontic patients, including children, teens, and adults receiving braces treatment.
Why does Campbell Orthodontics use DIBS AI?
Our doctors are committed to providing patients with the latest advancements in orthodontic care. DIBS AI allows for more precise digital treatment planning, customized bracket placement, and a more personalized treatment experience.
Experience Advanced Orthodontic Care in Naples, FL
Campbell Orthodontics is proud to offer the latest innovations in orthodontic treatment, including DIBS AI technology. By combining advanced digital planning with personalized care, Dr. Erika Campbell helps patients achieve confident, healthy smiles with greater precision than ever before.
If you’re considering braces for yourself or your child, we invite you to discover how modern orthodontic technology can make your treatment experience more efficient, comfortable, and predictable.
Contact Campbell Orthodontics today to schedule an appointment and learn more about the future of orthodontic care.
