For Patients
Want to know where this treatment is offered?
Find a clinicAT a glance
- No needles required
- Scalpel and suture free
- Minimally-invasive procedure
What to expect
Sessions
Laser-assisted ceramic debonding is effectively completed in a single procedure for optimal results.
Recovery
Recovery is minimal, with most patients resuming normal activities within 24-48 hours after the procedure.
Results
Laser-assisted ceramic debonding offers a quick and efficient way to remove ceramic brackets or veneers without damaging the underlying tooth structure.
Dive into the Tech
In the past debonding was performed with several different laser sources and wavelengths, including CO2, Nd:YAG, diode and now Er:YAG. Among this versatile group of wavelengths, Er:YAG has the highest absorption in water, which results in a minimal thermal effect and decreased heat conduction.
As bonding materials are high in water content, this results in optimized absorption of energy in this type of material, resulting in reduced adhesion by thermal softening and selective ablation, with a decreased thermal load on the surrounding tissue.
How it Works
Step 1
The Er:YAG laser is used to target the bonding material beneath the bracket. This step helps prepare the adhesive for easier removal.
Step 2
With the adhesive affected by the laser, brackets can be detached using standard tools, often requiring less mechanical effort than traditional methods.
Step 3
Laser-assisted removal minimizes the need for aggressive instruments, allowing the enamel surface to remain intact during the process.
Laser Assisted Ceramic Debonding
The image demonstrates precise, damage-free results without compromising the underlying tooth structure.
Courtesy of: Dr. Dmitri Malev
Technology: Er:YAG (2940nm)
BEFORE
AFTER
discover the fotona® difference
Our treatments and systems are trusted throughout the industry thanks to our commitment to quality, durability, and innovation.
LIFE-CHANGING OUTCOMES
Our devices are recognized for their exceptional performance, offering patients minimally invasive, comfortable treatments for transformative results.
product excellence
Our dedication to perfection ensures each product delivers superior treatments patients can trust.
industry leaders
Our ongoing research enables us to push the limits of medical technology and set new standards of excellence among our peers in a rapidly changing field.
The Products Behind the Treatment
Fotona LightWalker® AT-S
Powerful Dual-Wavelength Dentistry Laser with Sleep and Aesthetic Possibilities
Learn more about Fotona® ceramic debonding
Frequently Asked Questions
How does Fotona® laser assisted ceramic debonding work?
How is Fotona® laser assisted ceramic debonding superior to conventional methods?
Is laser-assisted ceramic debonding safe for all types of ceramic materials?
Research & Education
Laser Assisted Ceramic Debonding
Accessories & Handpieces (0)
Expand the capabilities of your laser with accessories built to adapt with your evolving practice.
No Accessories Found
Laser Assisted Ceramic Debonding
Scientific & Clinical Research
Debonding of Orthodontic Brackets with Er:YAG laser
In this clinical case, laser energy was used to soften the adhesive thermally, leading to reduced pain and less force required for debonding, as well as a reduction of the treatment time and protection of the enamel from fracture and loss. The H14-C handpiece with a chiseled fiber tip was used for debonding the brackets
Ceramic Bridge Debonding
In some situations, restorations might be salvageable, even after bonding, if they require alterations in their position, shape, size, re-treatment or color. There is no doubt that the use of Er:YAG laser for removal of ceramic veneers and crowns is an exciting alternative to the traditional methods using a highspeed handpiece drill.