In the early stages of gum disease, the patient may have generalized soft tissue inflammation and is a candidate for wavelength optimized periodontal treatment. The process uses a specialized Nd-YAG laser to remove disease epithelial tissue. The laser is set to pulse at 100μs/20Hz and is delivered for 20-30 seconds per site. During the procedure, the patient is given a topical or local anesthetic before the laser procedure.
Treatment of periodontal disease
If you want to treat your patients’ gum disease without a scalpel or suture, consider using a laser technique known as Wavelength Optimised Periodontal Therapy (WPT). This minimally invasive procedure can increase your annual net income by as much as 50%. Fortunately, several laser systems are on the market, which can deliver both Er-YAG and Nd-YAG laser energy. WPT is a new technology that has allowed dentists to provide more effective treatment to patients suffering from moderate to advanced stages of periodontal disease. It has an unmatched success rate and is easier on patients than other treatment options. In addition, compared to traditional methods, WPT is much quicker and less invasive and has minimal bleeding. This therapy is a safe, minimally invasive alternative to traditional treatment methods using wavelength-optimized laser technology to remove diseased tissue. This technology utilizes an Nd-YAG and ER-YAG laser to remove calcified deposits from the root surface and the smear layer from the tooth. Patients can also choose to use growth factors, barrier membranes, or bone grafts in conjunction with the therapy.
Compared to traditional methods, Wavelength-optimized periodontal therapy offers a high level of patient comfort, making it a popular choice for treating periodontitis. This type of treatment is more effective than traditional treatments and is highly customizable, depending on the severity of the infection.
Treatment of gum disease
Wavelength-optimized periodontal therapy (WPT) is a method of treating periodontal disease resulting from bacteria in the mouth. These bacteria produce endotoxins and cause infection in the gums, causing teeth to lose support bones. This technology uses a single laser wavelength to target the diseased area and reduce the risk of infection. It is also used with other treatments, such as barrier membranes and bone grafts.
Traditional periodontal therapy involves cutting gum tissues and scraping tartar off tooth roots. Surgical instruments may be used, as well as laser or ultrasonic devices. Scaling also includes root planing, a method of leveling the root surface to prevent further tartar buildup. Unfortunately, this method is also highly invasive and painful. In addition, the risk of infection is high. But its effectiveness is well worth the price.
Treatment of periodontitis with high-energy lasers
Laser treatments for periodontitis have been around for several decades. The advancement of laser technology has revolutionized dental management practices to restore the periodontal attachment apparatus and reestablish a healthy environment. In addition to cosmetic concerns, periodontal disease has ramifications that extend far beyond the mouth and teeth. As new treatment methods become available, the goal of treatment will continue to evolve. Proper laser training will help clinicians and patients benefit from these treatments.
Lasers eliminate plaque and tartar that build up on the gum tissue. They also smooth rough spots on the teeth, which reduces the attraction of bacteria and may prevent infection. This treatment has many advantages, including treating periodontitis without stitches or invasive surgery. But is it right for periodontal disease? More dentists are learning to utilize the benefits of lasers in their practices.
