Join one or both exclusive trainings before and after SimplyORTHO — designed to transform your clinical results through applied biomechanics and elite finishing protocols.

Here’s what you’ll learn:

– Understand vectors, force systems, and real vs. relative torque
– Anticipate unwanted movements and cut treatment time
– Practice bends, torques, loops with real clinical application
– Learn through 50+ real patient cases.

All participants will receive an official Certificate of Participation issued in partnership with the American Dental Association (ADA). This international certification validates your attendance and professional development in advanced Orthodontics. Your certificate will serve as a valuable credential for your clinical and academic portfolio, recognized by dental professionals worldwide!

WHAT IS INCLUDED FOR COURSE:

– 2-day in-person training
– Welcome coffee, lunch, and coffee break
– International ADA Certification
– Exclusive e-books
– Preparatory online lessons.

When you register for both courses (Linking Biomechanics to Clinical Excellence + Orthodontic Finishing Lab), you will receive a 20% discount. Check with your manager for details.

COURSE PROGRAM

DAY 1

08:30–09:00    Welcome coffee
09:00–10:00    Basis of biomechanics in orthodontics (forces, moments, couples, anchorage)
10:00–10:30    Discussion/Q&A + short break
11:30–12:00    Retraction torque: biomechanics of en-masse/segmented retraction and side-effect control
12:00–13:00    LUNCH BREAK
13:00–14:00    First- and second-order bends in round and rectangular wires: indications and sequence
14:00–14:20    Discussion/Q&A + break
14:20–15:20    Hands-on: third-order expression and torque detailing on rectangular archwires
15:20–16:20    Discussion/Q&A + coffee break
16:20–17:20    Hands-on: first/second-order bends and loop fundamentals on printed models
17:20–18:00    Step‑by‑step clinical cases + end‑of‑day checklist.

DAY 2

08:30–09:00    Welcome coffee
09:00–10:00    Treatment sequencing—leveling & aligning; cantilever use to flatten the Curve of Spee
10:00–10:30    Discussion/Q&A + short break
10:30–11:30    Canine retraction mechanics: symmetric V (Geometry 6) and other helpful geometries
11:30–12:00    Auxiliary loops: design, activation, and force systems for efficient control
12:00–13:00    LUNCH BREAK
13:00–14:00    Hands‑on: designing and bending auxiliary loops (e.g., symmetric V/Geometry 6)
14:00–14:20    Discussion/Q&A + break
14:20–15:20    Hands‑on: practice in printed models and templates; Canine retraction loop
15:20–16:20    Discussion/Q&A + coffee break
16:20–17:20    Integration lab: full sequence from leveling to finishing; troubleshooting and efficiency
17:20–18:00    Participants’ case session + final assessment/closing.