Laser dentistry is becoming a popular method for solving gum disease. Lasers provide a minimally invasive way to kill the bacteria, which also allows for a quick recovery for the patient. It may seem hard to grasp how a laser would defeat oral disease, but here’s a quick look at how it works. Lasers stimulate molecules with pulses of energy and use optics to amplify or suppress the beam, allowing the intensity of the laser to be wielded with fine precision. From there, the bacteria are destroyed with the beam, which stops bacteria accumulation.

There are many benefits to treating soft tissue with lasers. As previously stated, laser dentistry is a minimally invasive tool that give the clinician the ability to take away less tissue than conventional methods.

Used in gum surgery, for instance, lasers can treat gum disease by killing harmful bacteria in deep pockets beneath the gum line and remove the diseased tissue without damaging the healthful tissue.

Laser procedures are minimally invasive, usually resulting in less bleeding and pain than treatment done primarily with drills and other mechanical tools. Because lasers can remove soft tissue more efficiently than conventional tools, patients typically heal from laser treatment much faster. On top of all of that, the efficiency of lasers means there’s less soft tissue that needs to heal and less soft tissue damage for bacteria to threaten – so there’s a lower risk of infections.

As lasers dentistry becomes more common practice, more of these high-tech tools will be incorporated into dental procedures, as they will ensure a fast experience and healing time. These minimally invasive dental tools are ideal for combatting disease and decay in the early stage, but they may not be the best route for patients with advanced gum disease.

Take control of your oral health and hygiene. Laser dentistry is a great option to ensure you maintain your soft tissue health. From gum disease to receding gum lines, Dr. Wehrman can help you manage your gums and bring back your health.