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This course is an international continuing education program designed to provide comprehensive training on all aspects of implant dentistry.
This training aims to provide practitioners with an in-depth understanding of the scientific foundations of light and photonic energy, with an emphasis on wave-particle duality and the historical development of the laser. Through a theoretical and clinical approach, participants will explore the various laser-tissue interactions (soft and hard), the types of lasers, their wavelengths and emission modes, as well as the safety precautions essential for their use.
They will develop the skills needed to effectively integrate laser technologies into the various dental disciplines: periodontology, implantology, endodontics, orthodontics, fixed prosthodontics, oral surgery, restorative and aesthetic dentistry. Particular attention will be given to specific applications such as the treatment of dentinal hypersensitivity, assisted gingival retraction, gingival depigmentation, tooth whitening, debonding of ceramic materials, and photobiomodulation (PBM).
The training will be complemented by clinical coaching sessions on patients, allowing for the direct application of the concepts covered and the analysis of real clinical cases.
The didactic format will include lectures, laboratory time, video literature review, and intensive hands-on practice.
The teaching faculty is selected from members of the University of Genoa and internationally accredited specialists in implantology.
Successful completion of the course and final examination is acknowledged by the award of a certificate:
"Postgraduate Diploma in Dental Laser"
Highlights:
A panel of renowned instructors.
Numerous hands-on exercises on training models or on patients to apply the theory taught.
This program consists of 4 modules detailed below.
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This module offers a comprehensive immersion into the fundamental principles of medical and dental lasers, covering the wave-particle duality of light, photonic energy, and the physical foundations that distinguish laser light from ordinary light. Participants will explore the mechanisms of laser energy production through the various available technologies, the emission modes, and the biological interactions between the laser and dental and soft tissues. The training will also emphasize the safety protocols essential for the clinical use of lasers, therapeutic applications in soft tissue surgery, the treatment of dentin hypersensitivity, and the analysis of clinical cases illustrating the indications, advantages, and limitations of the different wavelengths. This program will enable practitioners to acquire a solid scientific and clinical understanding of the fundamental concepts of lasers and their integration into daily practice.
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This advanced module is devoted to the clinical applications of lasers in the various disciplines of modern dentistry. Participants will explore the use of lasers in endodontics, orthodontics, and fixed prosthodontics, with particular emphasis on soft tissue management, laser-assisted gingival retraction, and the optimization of aesthetic and prosthetic procedures. The program will also address the various wavelengths used in dentistry and their specific indications according to the targeted tissues. Laser-assisted oral surgery techniques, both for soft and hard tissues, will be studied through a scientific and clinical approach. A day of clinical coaching on patients will allow participants to put operative protocols into practice, master equipment settings, and integrate laser technologies into their daily practice in a safe, precise, and minimally invasive manner.
One day with clinical coaching on patient.
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This module is dedicated to advanced laser applications in multidisciplinary dentistry, emphasizing its clinical integration into endodontics, orthodontics, fixed prosthodontics, and oral surgery. Participants will discover laser-assisted gingival retraction protocols, techniques for optimizing prosthetic preparations, and the biological and clinical advantages of lasers in soft and hard tissue management. The program will also address the various wavelengths used in dentistry and their specific indications according to therapeutic objectives. Particular attention will be given to laser-assisted oral surgery through minimally invasive approaches that promote precision, operative comfort, and optimized healing. The training will be complemented by a day of clinical coaching on patients, allowing participants to apply the protocols studied, master the operating parameters of laser equipment, and integrate this technology safely and effectively into their daily practice.
One day with clinical coaching on patient.
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This module introduces the principles of photobiomodulation (PBM) and its role in optimizing modern dental treatments. Participants will learn the essential concepts related to laser dosages, operating parameters, and therapeutic protocols that enable predictable and safe biological effects. The program will also provide a comprehensive overview of laser applications in daily dental practice, particularly in pain management, healing, inflammation, and minimally invasive treatments. Detailed clinical cases will be presented to illustrate the indications, clinical outcomes, and practical integration of the various laser technologies across the different disciplines of dentistry.
Laser & PBM.
Laser dosages.
Overview of laser applications in daily dental practice.
Participants will receive exclusive benefits with special promotions on laser equipment.
Admission by dossier: copy of diploma + updated CV + copy of passport + identity photo + and receipt of registration fee payment and signature of a commitment agreement that will be provided.
Payment is organized by installments at each seminar attendance.
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