Orthodontics

Welcome Message

About Conference

The 7^th International Conference on Orthodontics will be held on December 03–04, 2026, in Madrid, Spain, bringing together an international community of orthodontists, dental professionals, researchers, clinicians, academicians, and industry experts. Guided by the theme “Innovations Shaping the Future of Orthodontics”, the conference aims to promote scientific exchange and highlight the latest advancements, technologies, and emerging practices in orthodontic science.

The conference is designed to strengthen connections between research, clinical expertise, and innovation by encouraging meaningful interactions among professionals from diverse backgrounds. Discussions will cover a wide range of topics, including digital orthodontics, advanced treatment techniques, orthodontic materials, aesthetic solutions, diagnostic innovations, and future approaches in patient care.

By bringing together global expertise and diverse perspectives, the conference seeks to inspire collaboration, support research advancements, and contribute to the continued growth of orthodontic science and practice.

Join Orthodontics Meet 2026 to connect, collaborate, explore innovations, and be part of the future advancements in orthodontics.

Why to Attend

This conference provides an excellent opportunity to connect with a global network of orthodontists, dental professionals, researchers, academicians, and industry experts dedicated to advancing orthodontic science and patient care. Participants will gain insights into the latest innovations, technologies, and modern treatment approaches transforming the field of orthodontics.

The scientific program will explore key areas including digital orthodontics, advanced treatment techniques, aesthetic solutions, orthodontic research, emerging trends, and future developments in clinical orthodontic practices. Attendees will have the opportunity to learn from renowned experts, discuss current challenges, exchange knowledge, and discover innovative approaches applicable to research, diagnosis, treatment planning, and patient care.

The conference also provides a valuable platform to build professional connections, share experiences, and explore new opportunities for collaboration within the global orthodontic community.

Key Conference Features

Presentations by Leading Experts: Learn from renowned orthodontists, researchers, and dental professionals sharing their expertise and latest advancements in orthodontic science.

Interactive Scientific Sessions: Participate in engaging discussions on emerging trends, innovative technologies, and modern orthodontic practices.

Workshops and Hands-on Sessions: Gain practical knowledge through focused sessions covering advanced techniques, diagnostics, and clinical applications.

Poster and Research Presentations: Explore innovative research findings and new developments presented by researchers and young professionals.

In-Person Networking Opportunities: Connect directly with global experts, clinicians, academicians, and industry professionals to exchange ideas and build collaborations.

Professional Development: Enhance knowledge and skills through exposure to the latest innovations and future directions in orthodontic car

Target Audience

• Orthodontists

• Dental Surgeons

• Orthodontic Specialists

• Dentists and General Dental Practitioners

• Oral and Maxillofacial Surgeons

• Prosthodontists

• Periodontists

• Pediatric Dentists

• Dental Researchers

• Clinical Researchers

• Dental Academicians and Faculty Members

• Dental Students and Trainees

• Oral Health Professionals

• Dental Hygienists

• Dental Technicians

• Digital Dentistry Specialists

• Dental Implant Specialists

• Healthcare Professionals

• Medical Device and Dental Industry Professionals

• Representatives from Dental Research and Technology Organizations

Abstract Submission and Registration Process

Participants from academic institutions, research organizations, dental clinics, healthcare professionals, orthodontic associations, and dental industry sectors are invited to submit original contributions including abstracts, research papers, case studies, posters, and digital poster presentations related to orthodontics, dental innovations, clinical advancements, and emerging trends in orthodontic science.

Submission Guidelines

• Submissions must be limited to a maximum of 500 words.
• The title should be formatted in sentence case style.
• Complete details of authors including full names and institutional affiliations must be provided.
• A concise author profile up to 150 words along with a recent passport size photograph should be included.

Review Process

All submitted abstracts will be reviewed and evaluated by the Scientific Committee Members. Acceptance confirmation or feedback will be communicated via email within 24–48 hours after submission.

Registration

The 7^th International Conference on Orthodontics serves as a global platform dedicated to advancing orthodontic research, innovative treatment approaches, digital dentistry, and future developments in oral healthcare. This two-day conference is designed to promote knowledge exchange, scientific collaboration, and professional growth through expert presentations, interactive sessions, and valuable discussions.

How to Register

Visit the registration page to explore available participation options and complete your registration. Join leading orthodontists, dental professionals, researchers, academicians, and industry experts from around the world for this international gathering focused on innovation and excellence in orthodontics.

Publication Opportunity

Accepted abstracts will be included in conference proceedings and selected submissions may be considered for publication opportunities, providing wider recognition and visibility for research contributions.

Abstract Submission URL: https://orthodontics.conferenceseries.com/abstract-submission.php

Sessions and Tracks

Track 1: Advanced Orthodontic Diagnosis and Treatment Planning

Advanced Orthodontic Diagnosis and Treatment Planning focuses on modern approaches used to evaluate dental and skeletal conditions with improved accuracy. It combines clinical examination digital imaging and advanced diagnostic technologies to support effective treatment decisions. This area helps specialists develop customized orthodontic plans based on individual patient requirements. Advanced planning techniques improve treatment predictability and enhance overall patient outcomes.

• Digital orthodontic diagnosis
• 3D imaging applications
• Cephalometric evaluation techniques
• Personalized treatment planning
• Clinical assessment methods

Track 2: Digital Orthodontics and Smart Technologies

Digital Orthodontics and Smart Technologies focuses on the integration of advanced digital tools into modern orthodontic practice. It includes virtual treatment planning artificial intelligence applications and computer-based solutions that improve clinical accuracy. These technologies support efficient workflows and better communication between professionals and patients. Digital transformation continues to create new possibilities in orthodontic diagnosis and treatment.

• Virtual orthodontic planning
• AI based orthodontic solutions
• Digital workflow systems
• Computer assisted treatment design
• Advanced imaging technologies

Track 3: Clear Aligners and Modern Orthodontic Appliances

Clear Aligners and Modern Orthodontic Appliances focuses on innovative appliance systems designed for comfortable and aesthetic orthodontic correction. It explores developments in aligner materials appliance design and customized treatment methods. Researchers and clinicians evaluate techniques that improve efficiency and patient satisfaction. This area supports the advancement of modern non-traditional orthodontic solutions.

• Clear aligner technologies
• Removable appliance innovations
• Appliance design advancements
• Treatment outcome evaluation
• Patient comfort approaches

Track 4: Orthodontic Biomaterials and Material Innovations

Orthodontic Biomaterials and Material Innovations focuses on the development of advanced materials used in orthodontic procedures. It explores improvements in brackets wires adhesives and other components that influence treatment performance. Researchers study durability flexibility and compatibility of materials for better clinical results. This area contributes to safer and more effective orthodontic applications.

• Advanced orthodontic materials
• Bracket system innovations
• Wire technology advancements
• Biocompatible materials
• Adhesive development

Track 5: Clinical Research and Orthodontic Advancements

Clinical Research and Orthodontic Advancements focuses on scientific investigations and new approaches improving orthodontic treatment outcomes. It highlights evidence-based practices clinical studies and innovative treatment methodologies. Researchers explore new techniques that enhance accuracy efficiency and patient care. This area supports continuous progress in orthodontic science and clinical practice.

• Clinical research methodologies
• Evidence based orthodontic care
• Treatment outcome analysis
• Innovative clinical approaches
• Research driven practices

Track 6: Aesthetic Orthodontics and Smile Enhancement

Aesthetic Orthodontics and Smile Enhancement focuses on improving smile appearance facial balance and overall dental aesthetics. It combines orthodontic principles with modern cosmetic approaches to achieve functional and attractive results. Professionals explore advanced techniques for personalized smile improvement. This area supports the growing demand for aesthetic orthodontic solutions.

• Smile design concepts
• Facial aesthetic analysis
• Cosmetic orthodontic procedures
• Aesthetic treatment planning
• Smile improvement techniques

Track 7: Pediatric Orthodontics and Early Treatment Approaches

Pediatric Orthodontics and Early Treatment Approaches focuses on identifying and managing orthodontic concerns during childhood development. Early diagnosis helps guide proper jaw growth and prevent complex orthodontic problems. Specialists study growth patterns and preventive treatment methods. This area plays an important role in achieving long-term oral health outcomes.

• Growth assessment methods
• Early orthodontic correction
• Child orthodontic care
• Preventive treatment approaches
• Developmental orthodontics

Track 8: Orthodontic Surgery and Multidisciplinary Care

Orthodontic Surgery and Multidisciplinary Care focuses on advanced approaches for treating complex dental and facial conditions. It involves collaboration between orthodontists surgeons and other dental specialists. This approach improves treatment planning and supports better functional outcomes. Modern surgical orthodontic methods continue to expand treatment possibilities.

• Orthognathic surgery planning
• Complex case management
• Surgical orthodontic procedures
• Interdisciplinary treatment methods
• Advanced correction techniques

Track 9: Artificial Intelligence in Orthodontic Practice

Artificial Intelligence in Orthodontic Practice focuses on the application of intelligent technologies in orthodontic diagnosis and treatment planning. AI-based systems support image analysis prediction and clinical decision-making processes. These innovations improve accuracy and efficiency in orthodontic workflows. The integration of AI is shaping the future of personalized dental care.

• AI based diagnosis
• Machine learning applications
• Automated treatment planning
• Predictive analysis tools
• Smart orthodontic solutions

Track 10: 3D Printing and Digital Manufacturing

3D Printing and Digital Manufacturing focuses on advanced production technologies used for creating customized orthodontic appliances and models. It enables accurate fabrication and personalized treatment solutions. Digital manufacturing improves efficiency reduces production time and supports innovative orthodontic procedures. This technology is becoming an important part of modern dental practices.

• 3D printed orthodontic models
• Customized appliance production
• Digital manufacturing methods
• Rapid prototyping techniques
• Personalized orthodontic devices

Track 11: Orthodontic Mechanics

Orthodontic Mechanics focuses on the principles involved in controlling tooth movement and achieving predictable treatment outcomes. It explores advanced force systems and techniques used to improve orthodontic efficiency. Researchers study biomechanics and innovative approaches for better correction of dental irregularities. This area supports the development of effective and stable orthodontic treatments.

• Biomechanics of tooth movement
• Force control methods
• Advanced orthodontic systems
• Treatment efficiency improvement
• Orthodontic correction techniques

Track 12: Periodontal Orthodontics

Periodontal Orthodontics focuses on maintaining healthy supporting tissues during orthodontic treatment. It explores the relationship between tooth movement and periodontal conditions. Professionals study preventive strategies and integrated approaches to achieve stable clinical results. This area highlights the importance of oral health during orthodontic procedures.

• Periodontal evaluation methods
• Soft tissue management
• Gum health considerations
• Integrated dental care
• Long term treatment stability

Track 13: Orthodontic Education

Orthodontic Education focuses on improving learning methods training programs and professional development in orthodontics. It explores modern teaching techniques and clinical skill enhancement approaches. This area supports the growth of future orthodontic specialists through effective education systems.

• Clinical training methods
• Advanced learning approaches
• Teaching strategies
• Professional skill development
• Dental education innovations

Track 14: Adult Orthodontics

Adult Orthodontics focuses on advanced treatment approaches designed to address the unique orthodontic needs of adult patients. It explores modern techniques for managing aesthetic concerns, complex dental conditions, and functional corrections in mature dentition. This area emphasizes personalized treatment planning, advanced appliances, and interdisciplinary approaches to achieve predictable outcomes. Researchers and clinicians study innovative methods that improve comfort, efficiency, and long-term stability of orthodontic treatments.

• Adult treatment planning
• Complex orthodontic correction
• Aesthetic solutions
• Advanced patient care
• Personalized treatment methods

Track 15: Craniofacial Orthodontics

Craniofacial Orthodontics focuses on the relationship between facial development skeletal growth and orthodontic correction approaches. It explores advanced methods for diagnosing and managing craniofacial conditions affecting dental and facial structures. This area combines clinical expertise with research-based approaches to understand growth patterns and treatment outcomes. Specialists study advanced techniques that support proper development and improve functional and aesthetic results. It plays an important role in managing complex orthodontic and craniofacial cases.

• Craniofacial development studies
• Skeletal growth assessment
• Growth modification techniques
• Facial analysis methods
• Orthodontic correction strategies

Track 16: Patient Care in Orthodontics

Patient Care in Orthodontics focuses on enhancing the overall treatment experience through effective communication personalized support and quality management approaches. It highlights the importance of patient cooperation comfort and long-term satisfaction during orthodontic care. Professionals explore strategies to improve treatment adherence and create positive patient relationships. This area supports patient-centered approaches that contribute to successful orthodontic outcomes.

• Patient communication methods
• Treatment compliance strategies
• Patient centered care
• Clinical management approaches
• Care quality improvement

Track 17: Laser Orthodontics

Laser Orthodontics focuses on the application of advanced laser technologies in orthodontic procedures to improve efficiency and patient comfort. It explores minimally invasive techniques that support soft tissue management and enhance clinical outcomes. Researchers and clinicians study the role of laser applications in improving treatment experiences. This area represents the integration of modern technology into advanced orthodontic practice.

• Laser assisted procedures
• Soft tissue applications
• Minimally invasive techniques
• Clinical efficiency improvement
• Advanced dental technologies

Track 18: Emerging Orthodontic Trends

Emerging Orthodontic Trends focuses on innovative developments influencing the future direction of orthodontic science and clinical practice. It explores advanced technologies new treatment concepts and evolving approaches that improve patient care. Researchers examine upcoming innovations that enhance diagnosis accuracy treatment efficiency and clinical outcomes. This area highlights the continuous advancement of modern orthodontics.

• Future orthodontic technologies
• Innovative treatment concepts
• Research advancements
• Modern clinical approaches
• Next generation orthodontics

Track 19: Digital Smile Design

Digital Smile Design focuses on the use of advanced digital tools for creating personalized aesthetic treatment plans and predictable smile outcomes. It combines digital visualization technology with orthodontic principles to improve treatment planning and patient satisfaction. Professionals utilize modern techniques to evaluate facial aesthetics and design customized solutions. This area supports a more accurate and patient-focused approach to smile enhancement.

• Digital smile analysis
• Virtual smile planning
• Personalized treatment strategies
• Aesthetic evaluation methods
• Customized orthodontic solutions

Track 20: Global Orthodontic Innovations

Global Orthodontic Innovations focuses on worldwide advancements research collaborations and emerging developments shaping the future of orthodontic care. It highlights international contributions in technology research and clinical practices that improve patient outcomes. Experts explore innovative solutions and collaborative approaches to address evolving challenges in orthodontics. This area encourages global knowledge exchange and supports continuous progress in dental science.

• International orthodontic research
• Global treatment advancements
• Collaborative innovations
• Modern orthodontic solutions
• Future dental developments

Market Analysis

Global Orthodontics Market Growth (2024–2030)

The global orthodontics market is expected to grow significantly from 2024 to 2030 due to increasing demand for advanced dental care and aesthetic treatment solutions. Growth in digital orthodontics, clear aligners, 3D imaging, and computer-assisted treatment planning is driving market expansion. Rising focus on personalized treatments, minimally invasive procedures, and improved patient outcomes is supporting innovation. Advancements in dental materials, artificial intelligence, and customized orthodontic solutions are strengthening the global orthodontic industry.

                        
 
Key Drivers of Market Growth by 2030

Key factors driving market growth include increasing awareness of oral health, rising demand for aesthetic dentistry, and adoption of advanced orthodontic technologies. Innovations in digital dentistry, AI applications, 3D printing, and modern treatment methods are improving diagnosis and care delivery. Growing research activities and collaboration among orthodontic professionals, academic institutions, and industry leaders are expected to accelerate future developments in orthodontic care.       

Visa Guidelines

Planning a Trip to Madrid, Spain? Attend Our Conference!

We are pleased to support international participants with the visa application process for attending the 7^th International Conference on Orthodontics in Madrid, Spain. To assist delegates in preparing their visa applications, we provide the following official supporting documents:

Official Letter of Invitation (Visa Support Letter)
Official Abstract Acceptance Letter (for presenters)
Registration Payment Receipt

Important Notes

The Visa Invitation Letter will be issued only after successful conference registration and confirmation of payment.

Visa support documents will be provided exclusively to participants who are officially registered for the conference.

How to Request a Visa Letter

To request your Visa Invitation Letter, please contact the Program Coordinator:

Email: meevents@memeetings.com
WhatsApp: +44 7735038467

When requesting the Visa Letter, kindly include the following details:

• Full name (as mentioned in passport)
• Scanned copy of passport (showing passport number and date of birth)
• Abstract Acceptance Letter (for presenters)

Registration payments can be completed through:

• Online Payment Gateway
• Bank-to-Bank Transfer

If you experience any difficulties during registration or payment, please contact via email at meevents@memeetings.com or WhatsApp at +44 7735038467.

The 7^th International Conference on Orthodontics organizing team will provide an official invoice to support bank transfer payments if required.

We look forward to welcoming you to Madrid, Spain for the 7^th International Conference on Orthodontics.

Past Conference

The 6^th International Conference on Orthodontics was part of a globally recognized conference series dedicated to advancing research, innovation, and clinical excellence in the field of orthodontics. The prestigious event was successfully conducted on April 10–11, 2025, in Dubai, UAE, bringing together orthodontists, dental professionals, researchers, academicians, industry experts, and emerging professionals from around the world.

With the theme “Advancing Orthodontic Innovations for Better Patient Care and Future Dentistry,” the conference served as an impactful platform for scientific discussions, knowledge exchange, and professional collaboration. The event welcomed a diverse community of participants along with expert speakers, dental innovators, and professionals contributing to the advancement of orthodontic science.

The conference highlighted various scientific areas covering modern orthodontic practices, digital dentistry, advanced treatment techniques, aesthetic orthodontics, emerging technologies, and clinical research developments. Discussions focused on innovative diagnostic approaches, personalized treatment strategies, digital workflows, orthodontic materials, and future directions shaping the dental healthcare landscape.

The conference provided a comprehensive learning experience and established itself as an important global gathering for professionals involved in orthodontic research, clinical practice, and dental innovation. It created valuable opportunities for networking, collaboration, and sharing advancements that continue to shape the future of orthodontics worldwide.