For Patients
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Find a clinicComposite removal is effectively completed in a single procedure for optimal results.
Patients can usually return to their normal activities right away. Any minor sensitivity typically resolves within a day or two.
Following the procedure, the tooth is cleaned and ready for a new filling or restoration.
This video showcases the precise ablation of composite material using Fotona® laser energy.
Fotona® Er:YAG laser has a high affinity for water, which is a key component of composite resins. This allows it to precisely remove composite materials without damaging the surrounding tooth structure. It operates effectively in the mid-infrared spectrum (2.94 microns), which is well-suited for soft and hard tissue applications, including composite material removal.
Our treatments and systems are trusted throughout the industry thanks to our commitment to quality, durability, and innovation.
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Our devices are recognized for their exceptional performance, offering patients minimally invasive, comfortable treatments for transformative results.
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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.
Powerful Dual-Wavelength Dentistry Laser with Sleep and Aesthetic Possibilities
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Composite Material Removal
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Composite Material Removal
Cavity Preparation in Permanent Teeth
Cavity preparation with lasers reduces pain and provides comfort during treatments by reducing noise and vibrations, when compared to rotary instruments, and they cut more precisely without removing healthy tooth tissue…
CASE REPORT: The Use of 2940 nm Er:YAG Laser in Cavity Preparation
The pulsed Er:YAG laser (2940 nm) has been recognized as the first choice for ablation of human hard tissues with minimal side effects. This is due to the properties of the Er:YAG laser wavelength, which provide the strongest absorption in water. The water content in enamel is lower than in dentin, which is why we use higher energy and frequency settings to remove carious enamel. Laser energy is absorbed by water molecules, rapidly heating a small volume…