From Average to Individual by Dr. Mehdi Peikar

Start Discussion More by this author (1)
Categories: Orthodontics;
From Average to Individual

The rise of true individualized fixed orthodontics

by Dr. Mehdi Peikar

Every orthodontist remembers that moment early in training when they realize just how much precision this specialty demands.

For me, it happened during residency while bonding a bracket on a rotated lateral incisor. I adjusted it carefully, a fraction up, a fraction down, rotating it ever so slightly. My attending watched quietly, then finally said something I have never forgotten: “Looks great. But remember, even if it’s perfect, it still won’t be perfect.”

At the time, I thought he was just being philosophical. Years later, I realized he was being deeply practical.

In orthodontics, perfection has never been limited by our skill. It has always been limited by our tools.


The orthodontic paradox we all live with
Today, orthodontics exists in a fascinating contradiction. We practice in an era of extraordinary digital capability. Intraoral scanners capture micron-level detail. CBCT imaging reveals roots and supporting structures in three dimensions. Treatment-planning software allows us to simulate occlusion before placing a single bracket. We can visualize intended outcomes with remarkable clarity before treatment even begins.

And yet, when we move from planning to execution, our physical systems often reflect an earlier era. Most fixed appliances still rely on standardized prescriptions, uniform bracket geometries, and manual bracket placement. Adjustments frequently depend on clinical intuition and finishing mechanics developed through experience. In simple terms, we design digitally, but we often treat mechanically.

This gap between digital planning and physical execution is what I consider the central paradox of modern orthodontics.

Standardized systems such as Roth and MBT were transformative. They reduced extensive wire bending and improved efficiency across the profession. Their impact deserves recognition. But they were designed around population averages, and no patient we treat is truly average.


The myth of the ‘average patient’
Traditional fixed appliances were built on a logical assumption that most patients could be treated using prescriptions derived from statistical norms. For decades, that approach has worked well. Yet every orthodontist sees the variability daily. Crown morphology differs. Root angulation varies. Bone anatomy and biomechanical responses are unique.

We have relied on experience and finishing skill to bridge individualized digital intent and generalized hardware. That craftsmanship defines our specialty, but it also reveals a limitation. We adapt the patient to the appliance rather than the appliance to the patient. Excellent outcomes are common. They are often achieved by compensating for standardized systems.


What the aligner revolution taught us
Aligners revealed something important about modern orthodontics. Patients responded not only to aesthetics, but to customization and predictability. Each aligner reflects a digitally-staged plan designed before treatment begins.

Aligners now represent a significant portion of care, demonstrating that patient-specific orthodontics is both feasible and expected. At the same time, fixed appliances remain indispensable, particularly for cases involving complex rotations, vertical discrepancies, challenging biomechanics, and situations that require high levels of compliance.

If aligners can be individualized, why should fixed appliances remain standardized?


From craftsmanship to precision engineering
Orthodontics has always required science and artistry. Bracket placement, wire sequencing, and biomechanical troubleshooting demand experience and judgment.

Across health care, treatments based on averages are giving way to precision solutions built from individual data. Orthopedic implants and surgical guides are increasingly patient-specific.

Orthodontics is entering that phase. Advances in artificial intelligence, computational biomechanics, and metal additive manufacturing now allow brackets to be designed directly from a doctor-approved digital setup. Tip and torque values can be individualized. Bracket bases can conform to tooth morphology. Digital bonding systems can improve placement consistency.

When planning and appliance design are integrated intentionally, execution begins closer to the intended outcome.


The missing piece in digital orthodontics
My work in digital orthodontics began more than a decade ago. Virtual treatment planning was transformative because we could visualize results before treatment began. But a precise digital setup does not guarantee precise execution if the appliance cannot express that plan clinically. The challenge has not been planning alone. It has been execution.

Bridging that gap requires integration. Digital planning, bracket geometry, and manufacturing must function within a unified workflow. The shift is already happening through Celebrace, a fully digital fixed system in which brackets are individually designed from the doctor-approved plan using AI-driven modeling and produced through metal additive manufacturing. The objective is alignment.


What this means for orthodontists
Increasing digitization does not diminish the orthodontist’s role. Digital systems refine how expertise is expressed. When appliances reflect the approved plan more accurately, orthodontists can focus on diagnosis, strategy, and patient communication rather than compensating for hardware limitations.

The orthodontist remains the architect of treatment. Technology provides more precise instruments.


The road ahead
Orthodontics is entering a meaningful transition. For nearly a century, we have refined standardized appliances to perform at an extraordinarily high level. That history deserves respect.

Today, technology allows us to build on that foundation in a fundamentally new way. We are shifting from averages to individuals, from approximation to precision, and from mechanical execution to digital engineering. Perhaps most importantly, we are moving from a world where we adapt treatment to the limitations of our tools to one where our tools can be designed to reflect the needs of each patient.

For those of us committed to this specialty, this is an exciting moment. Because the journey from average to individual is only just beginning. 
This content is sponsored by Celebrace.
For more information, visit celebrace.com.
Author Bio
Dr. Mehdi Peikar Dr. Mehdi Peikar is an orthodontist, innovator, and founder of Celebrace. He earned a master’s degree in quantum mechanics and condensed matter physics from the University of Illinois, a doctorate in biomechanics from Johns Hopkins University, and completed his orthodontic specialty training at UCLA. He is the inventor on more than 60 patents and has focused his career on advancing digital, fully customized orthodontic treatment systems. He also founded and invented Brava by Brius. His work centers on combining engineering, artificial intelligence, and clinical orthodontics to create more precise and efficient treatment solutions.


More In Orthodontics
Managing Missing Lower Incisors with Significant Bolton Excess
Managing Missing Lower Incisors with Significant Bolton Excess
March 2026
Phase I Treatment
Phase I Treatment
Dr. Daniel J. Grob
CE Credits: 1.5
Poll: Aligners and Aesthetics
Poll: Aligners and Aesthetics
June 2025
Slop-py Work: Calculating Theoretical Torque Loss Utilizing Rectangular and Square-Shaped Archwires
Slop-py Work: Calculating Theoretical Torque Loss Utilizing...
Dr. Elizabeth R. Michalczyk, Dr. Noam Green and Dr. Alise Senderak
CE Credits: 1.5
Orthotown Magazine
March 2026
Orthotown Magazine March 2026 Read Current Issue Read Archived Issues
Sponsors
Related Articles
A Career-Changing Conversation
A Career-Changing Conversation
by Dr. Christos Papadopoulos
July/August 2025
Hooked on Progress
Hooked on Progress
by Drs. Peter Ngan and Madison Smith
September 2025
Occlusal Plane Control
Occlusal Plane Control
by Dr. Wassim Bouzid
March 2025
Site Menu
Message Boards Magazine Continuing Education Podcasts Pods & Blogs Classifieds News Events Townie® Poll Ebooks Townie Choice Awards
Company Info
Contact Us Advertise With Us Howard Farran DDS, MBA Policies and Agreements
Site Help
The Orthotown Team, Farran Media Support
Phone: +1-480-445-9710
Email: support@orthotown.com
©2026 Orthotown, a division of Farran Media • All Rights Reserved
9633 S. 48th Street Suite 200 • Phoenix, AZ 85044 • Phone:+1-480-598-0001 • Fax:+1-480-598-3450