Why Laser Hygiene?
What Are the Uses of Lasers in Hygiene?
In hygiene, lasers can be employed for several things, depending on the patient’s individual needs and preferences. A few laser hygiene procedures include:
- Laser bacterial reduction reduces the bacteria around the normal healthy gums to prevent toxins from entering as vapors.
- Laser-assisted periodontal therapy is used in combination with scaling and root planing to assist in the reduction of significant periodontal pockets by creating an environment that allows for the growth of healthy tissues.
- Treatment of canker lesions and ulcers, which help reduce the pain often associated with these lesions.
- They help reduce the sensitivity of the teeth during cleaning procedures
Benefits of Lasers in Hygiene
Deep Cleaning
What is the Importance of Deep Cleaning?
One sign that you may need deep cleaning at the earliest is checking for gum disease. If you experience symptoms like bleeding gums, swelling gums, bruising around gums, pus in the gums, or even bad-smelling breath, schedule an appointment with us. We recommend visiting us twice a year for this treatment to maintain your dental health in the long run.
How Does the Procedure Work?
We will begin the scaling process, which involves scraping tartar from your teeth. We may also use an ultrasonic tool if required. After it, your teeth are polished with gritty toothpaste. We will also apply an air polisher to smooth out your teeth (root planing). The procedure ends with a fluoride treatment to remineralize the enamel and decrease sensitivity.
What is the After-Care of Deep Cleaning?
- Do not consume anything while your mouth is numb.
- Do not drink hot or acidic beverages for 48 hours after the procedure.
- Avoid rinsing your mouth too much, and do not consume grainy or crunchy food on the same day of the procedure.
- You may brush your teeth, but ensure to perform the process with gentle strokes.
Nd: YAG Laser
The use of laser technology has been prevalent in dentistry. Several types of lasers are available, differentiated by the medium producing the laser beams. One of the most talked-about types is Nd: YAG Laser.
Nd:YAG lasers are the first true pulsed lasers designed and sold specifically for dentistry applications. Hemoglobin and melanin, the tissue pigments, can absorb their near-infrared wavelength of 1064 nm. The laser energy may penetrate deeply into tissues due to the dominance of photothermal interaction.
Nd:YAG lasers have the special capability to coagulate blood safely because of their superior bio-stimulative qualities. As a result, after tooth extractions and soft tissue treatments, this laser is employed postoperatively. When the pulse is 650 microseconds long, the blood coagulation impact is at its peak.
In dentistry, Nd:YAG lasers are used in treating periodontal conditions in the following ways:
- Because of the laser's affinity for pigmented tissue, periodontal pockets can be adequately debrided and disinfected.
- The laser may be used to cure bacterial decontamination in tissues, which can help with periodontal disease.
- This phenomenon can be used to biologically seal treated periodontal pockets and function as a platform for gum reattachment when the laser increases fibrin production with extended pulse duration settings.
- Because Nd:YAG lasers promote fibrin production, they aid in the creation of clots in extraction sites, avoiding alveolitis and increasing osteogenesis.
- Gingivectomy, frenectomy, impression troughing, and biopsy are all soft tissue operations that use lasers.
- Nd:YAG lasers are also used for photobiomodulation operations because of their deep penetrating capacity.