MDS Orthodontics Associate Professor Founder & CEO

Dr. Parameswaran

Orthodontist · Academician · Entrepreneur
Everalign Technologies Pvt. Ltd.

Six years of hands-on in-office aligner experience. Over 800 cases designed and treated personally. The rare clinician who brings biomechanics research, AI training, and chairside reality into every treatment plan — so your cases get solved, not just staged.

Submit a Case → See My Approach

800+

Aligner cases
planned personally

6 yrs

In-office aligner
clinical experience

AI/ML workshops
conducted

The Clinician's Edge

Six years of in-office aligner practice — not just planning.

Most treatment planning services are run by technicians who've never sat across a patient. At Everalign, every plan is made by an orthodontist who has treated patients with in-office aligner systems since graduation — troubleshooting track loss, managing biomechanics, and refining staging through real clinical feedback. That's the difference.

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2020 · SRM University — NIRF 7th Rank

MDS Orthodontics & Dentofacial Orthopaedics

Graduated with a specialisation in biomechanics and digital treatment workflows.

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2020 – Present

In-Office Aligner Practice Begins

Over 800 cases designed and treated personally using Maestro 3D and direct-print systems. Track-loss management, hybrid mechanics, and complex extraction cases.

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2021 – Present

AI Training & Research (Project Valkyrie, Outlier)

Specialized training of AI models to interpret intraoral scans and radiographs. FDP in Advanced AI/ML at NIT Warangal.

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2025 – Present

Associate Professor (Reader), Tagore Dental College

Teaching, research, and clinical leadership. Running Everalign as a bridge between academia and clinical practice.

Why It Matters

What you get when your plan is made by a clinician who treats.

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Biomechanics first, software second

Every movement is evaluated against tooth physics and biological limits — not just what the software allows. Deep specialisation in hybrid mechanics for complex cases.

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Track loss? We've lived it.

Six years of troubleshooting aligner track loss in real clinical settings means plans are staged to minimise it, not deal with it after the fact.

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AI-assisted, clinician-validated

As a trained AI model developer for dental diagnostics, every plan benefits from digital precision — while every output is reviewed with clinical eyes.

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Academic rigour in every plan

As a teaching faculty member and national speaker under the Indian Orthodontic Society, the latest evidence in aligner biomechanics informs each case.

Digital Treatment Planning Services

Everything your case needs.
Designed by the orthodontist, for the orthodontist.

Every service is clinically planned — not templated. Files delivered print-ready or workflow-ready.

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Clear Aligner Planning

Full staging from initial to final position. Biomechanically validated IPR, attachment design, and sequencing. Zero-template approach.

MOST REQUESTED

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Direct Print — Graphy

Graphy resin-optimised STL files. Print-ready staging sequences compatible with Tera Harz and other direct-print systems. In-office ready.

IN-OFFICE SPECIALITY

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Functional Appliances

Activators, Frankel appliances, myofunctional devices — digitally designed and lab-fabrication ready. Calibrated for growth phase.

APPLIANCE DESIGN

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Twin Block Design

Precision digital twin block geometry calibrated for mandibular advancement requirements. STL files ready for lab workflow.

GROWTH MODIFICATION

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Tongue Cribs

Custom crib designs integrated into removable or fixed frameworks. Habit-breaking with clinically precise geometry.

HABIT APPLIANCE

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Research & Custom Designs

Novel appliance designs for clinical trials, academic papers, or experimental treatment protocols. Collaborative R&D welcome.

ACADEMIC / RESEARCH

Innovation Lab · R&D

Taking aligner science
to the next level.

Beyond planning services — Everalign is building the materials of tomorrow. Two active R&D tracks focused on solving the limitations of current aligner systems.

Research Track 01

Biocompatible 3D Resins

Developing ISO-certified, biocompatible polymer formulations for multi-disciplinary clinical applications — from aligner production and surgical guides to medical-grade components. Targeting Class IIa Medical Device classification under EU MDR and CDSCO.

ApplicationDental → Surgical → Implant-grade

TechnologyDLP / MSLA photopolymerization

TargetClass IIa MedDevice (EU MDR / CDSCO)

Partner with R&D →

Research Track 02

Shape Memory Polymers

Pioneering the application of thermally-activated shape memory polymers in active aligner biomechanics — enabling programmable force delivery that responds to oral temperature at 37°C. This could redefine how clear aligners sustain and apply tooth-moving forces.

MechanismThermal activation at body temp (37°C)

AdvantageContinuous, programmable force decay

TargetNext-gen active aligners & retainers

Explore investment →

INVESTOR & PARTNER INQUIRY

Interested in our R&D pipeline?

Seeking MedTech collaborators, institutional research partners, and early-stage investors.

Request R&D Brief →

Academic & Professional Record

The credentials behind
every plan we make.

Speaker Engagements — IOS

Clear Aligner Biomechanics — A to Z, IOS Trivandrum (2025)

Masterclass: Biomechanics of In-Office Aligners, IOS (2024)

Masterclass: Attachments & Their Significance, IOS (2024)

Invisible Symposiums — Chennai, Kolhapur, Vizag (2023–24)

Pre-Conference Courses

Clear Aligner Software, IOS PG Convention South (2025)

Direct Printed Aligners, IOS Bangalore (2024)

Intraoral Scanners, MOKSHA Chennai (2023)

In-Office Aligners, IOS Conference Meerut (2023)

Workshop Institutions

Ragas, Kalinga, Vishnu, VS, MAHE, VELS, Meenakshi, Tagore Dental Colleges

Awards & Recognition

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Ms. Sandhya Seshadri Award — 2nd Best Research Paper, 55th IOC, Amritsar (2021)

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First Prize, Table Clinic Research — 56th IOC, Pune (2022)

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National Essay Competition Winner — Indian Society of Periodontology, Nagpur (2016)

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Finalist — World's First Virtual Orthodontic Trainee Research Presentation, Glasgow Orthodontic Academy, UK (2020)

Publications & Book Chapters

Chapter: Pharyngeal Airway in Orthodontics, MAHE Publications (2025)

Chapter: Accelerated Orthodontics, MAHE Publications (2025)

Randomised Control Trial: Rate of orthodontic space closure with/without probiotics, IJRPS (2020)

COVID-19 pandemic impact on orthodontic practice, J Pharm Bioallied Sci (2021) — PMID: 35017922