– The 6 steps to create better Digital Ortho Plannings for Aligner
– The ideal strategy in the software
– The magnitude of force aligner therapy
– Overcorrection protocols in aligner therapy
– Diastema and space closure with aligner therapy or aligners and resto therapy
– Diastema closure tips with aligners
– Crowding treatment concept with aligners
– Interproximal reduction in aligners therapy
– Upper and lower jaw expansion biomechanics: crossbite treatment
– Extraction treatment with Aligners
– Open bite treatment protocol with aligners
– Deep bite treatment protocol with aligners
– The ideal strategy in the ClinCheck software:

- creating the force system
- attachment selection.

– Class 2 biomechanical protocols with aligners
– Class 3 biomechanical protocols with aligners
– The key factors to improve predictability
– Understanding the limits of aligners' plastic
– Step-by-step protocol for creating accurate digital planning.

– Skeletal Anchorage in your Ortho Routine: indications and advantages
– The success rate of Temporary Anchorage Devices (TADs)
– Ortho treatment planning guided by DSD: DSD tool within Clincheck
– DSD and TAD analysis
– The digital workflow for guided insertion of TADs
– Extra-alveolar TADs: infra-zygomatic crest (IZC) and buccal shelf (BS)
– Distalization and mesialization with TADs
– The success rate of infra-zygomatic crest miniscrews
– Step-by-step demonstration of IZC and buccal shelf TADs placement
– TADs biomechanics with Aligners
– Clinical Cases.

– Accelerated Orthodontics - is it possible?
– High-frequency vibration (HFV) and aligner therapy: the science behind the concept
– High-frequency vibration (HFV): advantages and indications
– HFV during active treatment
– HFV during retention
– The biological effect of high-frequency vibration (HFV) on the bone and tooth movement
– Non-surgical vs surgical methods to facilitate orthodontic movement
– The 5 benefits of high frequency vibration to aligners orthodontics
– Clinical Cases.

– The three different approaches to accelerate tooth movement
– The biological aspect of accelerated tooth movement
– How do cytokines affect tooth movement? Literature and clinical trials
– The science behind MOPs (Micro-Osteoperforations)
– Age limitation of MOPs with aligners
– Indications and contraindications of MOPs
– The two main goals of MOPs
– Step-by-step demonstration of performing micro-osteoperforations (MOPs)
– The use of MOPs to accelerate tooth movement and reduce treatment time
– Clinical cases.

– The science behind surgically facilitated orthodontic treatment (SOFT)
– Micro-osteoperforations (MOPs) with aligners. Improving aligner treatment accuracy
– Cortictomies with bone graft. Clinical protocols
– CBCT and clincheck analysis for complex cases
– The indications and differential diagnosis
– DSD application for surgically facilitated orthodontic treatment (SOFT)
– Surgical guides for micro-osteoperforations (MOPs) and corticotomies
– The use of SFOT to expand Orthodontic limits
– Clinical case analysis.

– Decision making algorithms and treatment planning of skeletal Class 2 and Class 3
– Step-by-step protocols of digital diagnosis
– CBCT and cephalogram evaluation and analysis
– Indications for Orthognathic approach
– Clinical and biomechanical tips for orthognathic cases with aligners
– The importance of the facially driven digital planning for ortho-orthognathic cases
– Class 2 ortho-orthognathic cases. From treatment planning to postoperative evaluation
– Class 3 ortho-orthognathic cases. From treatment planning to postoperative evaluation
– Clinical cases analysis.

– Indication to ortho-restorative cases with aligners and case selection
– Advantages of over correction in ortho-restorative cases
– Shape, Size and color and when only ortho treatment is not enough?
– Treatment Planning Ortho-Restorative cases. Digital smile design (DSD)
– Crown lengthening. The perio-ortho-resto approach
– The perfect combination between Aligners and Restoration. Managing aesthetic ceramic restoration
– Analysis of clinical cases.