DentistryOnline courseOrthodontics
Lasers in the orthodontic office — photobiomodulation for faster movement and soft tissue finishing
Laser dentistry pioneers John Graeber and Grace Sun explain where a laser earns its place in brace and aligner practice in Laser-Assisted Orthodontics Advancing Clinical Practice. Five lessons (4 h 10 min) cover laser physics and safety, photobiomodulation to speed tooth movement, exposure of impacted canines, and gingival contouring and crown lengthening during finishing.
- 5lessons
- 4 h 10 minof video
- 2instructors
What you’ll be able to do
- Explain wavelengths, emission modes and laser–tissue interaction in clinical terms
- Apply photobiomodulation (LLLT) protocols aimed at accelerating orthodontic movement
- Uncover impacted canines with a laser rather than a scalpel
- Perform gingivectomy, gingivoplasty and crown lengthening to refine the finished smile
- Use low-level light to ease appliance irritation and muscle spasm
Inside the course
Laser science and safety
The course starts with the components of a laser, types of dental units, their advantages and safety mechanisms, plus a SOAP-based approach to assessment and planning.
Photobiomodulation in practice
Two lessons review how low-level light affects bone and periodontal tissue, examine the research on shortening treatment time, and give step-by-step protocols and guidance on adding the therapy to daily routines.
Soft tissue surgery for orthodontic patients
Video demonstrations show crown lengthening, gingival reshaping and exposure of retained teeth, with advice on controlling inflammation and case analyses of successful finishing.
Built for
- Orthodontists considering a soft tissue laserA clear picture of indications before investing in equipment.
- General dentists providing orthodonticsFinishing and exposure procedures they can perform in-house.
Curriculum
Laser Application in Orthodontics and Soft Tissue Management (54 min) 10 topics
- Fundamental basic science in Laser
- Characteristics of laser light and laser component
- Emission modes
- Laser-tissue interaction: STAR
- Biological reaction by laser light
- Types of dental lasers
- Laser advantages
- Applications and procedures performed with dental lasers
- Assessment and planning: SOAP concept
- Laser safety mechanisms
PBM (Photobiomodulation) and Low Level Laser Therapy (LLLT) in Orthodontics (52 min) 9 topics
- Fundamental basic science of lasers in clinical orthodontic practice
- The science of laser-tissue interaction
- Review of the different types of lasers used in orthodontics and their specific applications
- Photobiomodulation (PBM) or low-level laser therapy (LLLT)
- Principles of photobiomodulation and its role in accelerating orthodontic treatment
- PBM mechanisms, benefits, and applications
- Analysis of research literature on PBM applications in orthodontics
- Analysis of PBM clinical applications in orthodontic patients
- Guidelines for incorporating laser therapy into daily orthodontic practice
Protocols for Laser Crown Lengthening, Exposure of Retained Teeth (45 min) 8 topics
- Overview of lasers in dentistry, covering wavelengths and delivery systems
- Understanding the basic principles of laser science in orthodontics
- Protocols of laser gingival contouring to improve aesthetics
- Step-by-step video demonstration of laser-assisted crown lengthening
- Techniques for laser-assisted exposure of impacted canines
- Clinical advantages of using lasers in orthodontic practice
- Managing inflammation during laser treatment to enhance patient comfort and outcomes
- Analysis of clinical cases
Finishing Protocols in Orthodontics Application of Laser Therapy (1 h) 7 topics
- The benefits of using lasers for finishing in orthodontics
- Understanding the importance of soft tissue aesthetics in achieving optimal results
- Detailed protocols for laser gingivectomy and gingivoplasty
- Step-by-step guidance on laser-assisted gingival contouring techniques
- Achieving ideal aesthetic gingival contours for enhanced smile outcomes
- Techniques for recreating ideal gingival tissue post-treatment
- Case studies of successful laser-assisted finishing in orthodontic treatment
Science of Photobiomodulation Therapeutic Lasers for Accelerated Orthodontics (37 min) 7 topics
- Reducing treatment duration with accelerated tooth movement techniques
- The effect of Low-Level Laser Therapy (LLLT) on the acceleration of orthodontic movement
- Step-by-step protocols for accelerated orthodontic treatment with laser therapy
- Laser-assisted management of iatrogenic irritation
- Laser-assisted treatment for muscular spasms
- Clinical case analysis
- Literature and research analysis on photobiomodulation and the concept of accelerated orthodontics
Before you buy
Will lessons repeat basic laser theory?
Yes, the first three lessons each open with fundamentals of laser science, so there is some overlap before the clinical protocols.
What background do the presenters have?
Graeber founded the Academy of Laser Dentistry and has used lasers in general practice since 1991; Sun is a cosmetic dentist and contributing author of three laser textbooks.
Do I get CME credit or a certificate?
No. Clinicapedia provides the educational content only — no CME or CE credits, MOC points or certificates of completion are included with this product.
Specifications
| Format | Online video course |
|---|---|
| Instructors | John Graeber, Grace Sun |
| Contents | 5 lessons |
| Duration | 4 h 10 min |
| Access | Lifetime, self-paced |
| Department | Dentistry |
| Delivery | Instant download · lifetime re-download |
Related products
Addiction Medicine
