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Orthodontics

Biomechanics Fundamentals of Orthodontic Therapy

Connect force systems with planned tooth movement through geometry, anchorage and mechanics design.

With Dr. Giorgio Fiorelli

16h 42mOn-demand course

8 lessonsStructured curriculum

Lifetime accessRevisit every lesson

Multilingual subtitlesLanguage options available

Biomechanics Fundamentals of Orthodontic Therapy course cover

Course information

Understand the forces before choosing the appliance.

Dr. Giorgio Fiorelli examines orthodontic mechanics through the relationship between forces, moments and tooth movement. Eight recorded webinars connect the underlying principles with bracket positioning, archwire geometry and anchorage decisions.

Study cantilevers, bends, statically determinate systems and skeletal anchorage as parts of a treatment plan. The emphasis is on understanding the forces produced by an activation—not simply reproducing an appliance shape.

Course duration16h 42m
Video curriculum8 lessons
Teaching languageEnglish instruction
Subtitle supportMultilingual options
Streaming qualityFull HD video
Course accessLifetime access
CertificateIncluded after completion

Who this course is for

For orthodontists strengthening their biomechanical reasoning.

Designed for clinicians with an orthodontic foundation who want to examine how appliance activation relates to intended movement and anchorage demands.

01

Orthodontists building their foundations

Review force systems, moments and centers of resistance as a basis for treatment design.

02

Experienced clinicians refining mechanics

Revisit archwire geometry, torque and cantilever design when comparing treatment options.

03

Clinicians using skeletal anchorage

Connect TAD placement and anchorage choices with the mechanics of the planned movement.

Mechanical reasoning

Start with the movement. Then design the force system.

Appliance shape alone does not explain the forces delivered to a tooth.

Use the lectures to connect a treatment objective with force direction, moments and anchorage requirements. Revisit geometry and activation when assessing why a proposed appliance may produce additional effects.

“
Make the relationship between activation, force and tooth movement explicit.

What you’ll learn

Understand what an activation asks the teeth to do.

01

Force-system analysis

Relate forces and moments to translation, rotation and the intended direction of movement.

02

Torque and bracket positioning

Examine how appliance geometry affects the resulting force system.

03

Anchorage decisions

Consider the supporting units and reciprocal effects within a treatment plan.

04

Cantilever mechanics

Review statically determinate systems and the role of cantilevers in movement control.

05

Geometry and bends

Connect wire activation and bracket relationships with the mechanics they produce.

06

Skeletal anchorage

Study TAD-based mechanics in relation to positioning and planned movement.

Geometry and anchorage

Evaluate the mechanics as a connected system.

The course brings together wire bends, cantilevers, bracket positioning and skeletal anchorage. Compare their roles in the force system rather than viewing each as an isolated technique.

  • Force and moment relationships
  • Cantilever design
  • Archwire geometry
  • Skeletal anchorage

Course curriculum

8 lessons in a clear sequence.

Review the complete lesson list and available runtimes.

Lesson list8 lessons
  1. Giorgio Fiorelli — Webinar 1
  2. Giorgio Fiorelli — Webinar 2
  3. Giorgio Fiorelli — Webinar 3
  4. Giorgio Fiorelli — Webinar 4
  5. Giorgio Fiorelli — Webinar 5
  6. Giorgio Fiorelli — Webinar 6
  7. Giorgio Fiorelli — Webinar 7
  8. Giorgio Fiorelli — Webinar 8
Ready to begin?Get lifetime access to the complete course.
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Dr. Giorgio FiorelliOrthodontics

Your instructor

Dr. Giorgio Fiorelli

Orthodontist · Orthodontic biomechanics educator

Dr. Giorgio Fiorelli obtained his medical, dental and postgraduate orthodontic qualifications at the University of Siena, Italy. His work focuses on orthodontic biomechanics, segmented arch techniques and adult treatment. He developed the T3do and DMA software for treatment planning and mechanics design, and co-published the Biomechanics in Orthodontics multimedia software with Prof. Birte Melsen.

Orthodontic force systems and mechanics designForce and moment relationshipsCantilever design

Your learning experience

A focused reference for orthodontic mechanics.

Eight long-form webinars provide time to follow the reasoning and revisit detailed explanations.

EIGHT WEBINARS

Follow the full discussion

Study each recording in sequence with its DentalEDX runtime shown in the curriculum.

DOWNLOADABLE

Review offline

Download the videos and included materials for your own study.

LIFETIME ACCESS

Return to the fundamentals

Revisit force systems, geometry and anchorage whenever you need a refresher.

ANY DEVICE

Study at your pace

Pause and continue on desktop, tablet or mobile.

Frequently asked

Frequently asked questions

Need help choosing the right course? Contact support@dentaledx.com.

How do I access my course after purchase?+

After payment, you receive access to your membership area and purchased course. Use the email address provided during checkout. If you have any access issue, contact support@dentaledx.com.

Can I download the course materials?+

Yes. Course videos and included learning materials can be downloaded for offline review.

Is there a time limit to complete the course?+

No. Your purchase includes lifetime access, so you can learn at your own pace and revisit the course.

What payment methods are accepted?+

Major cards and PayPal are accepted. Apple Pay, Google Pay, Klarna, Afterpay and other local methods may appear depending on your country.

Do you provide a certificate upon completion?+

Yes. A certificate of completion is provided after you complete the course requirements.

Why are your prices more affordable?+

DentalEDX uses a digital-first learning model that reduces traditional education and distribution costs, making clinical education more accessible worldwide.

Can I learn on a phone or tablet?+

Yes. Courses can be accessed on desktop, laptop, tablet or mobile phone.

Will I receive an invoice?+

A purchase confirmation and receipt are sent to the email used at checkout. Contact support@dentaledx.com if you need additional invoice information.

What if I am not satisfied with the course?+

You can request a refund within 48 hours of purchase or a course replacement within 7 days of purchase. Email support@dentaledx.com with your order details. These are request windows, not processing times. See our Refund Policy in the footer.

Are subtitles available?+

Courses include multilingual subtitle support. If you need a language that is not available, contact support@dentaledx.com.

How do I reset my password?+

Choose “Forgot password?” on the login page and follow the email instructions. If you still need help, contact support@dentaledx.com.

Ready when you are

Connect force systems with planned tooth movement through geometry, anchorage and mechanics design.

Follow the course at your pace with lifetime access.

Enroll now ↗
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Biomechanics Fundamentals of Orthodontic Therapy$199 · Lifetime access
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