BIOLASE for Laser BACTERIAL REDUCTION
Oral bacteria can cause many dental problems starting with bad breath to bleeding gums and eventually tooth mobility/loss.

Routine brushing is essential for reducing harmful bacteria in the mouth. However, areas between the teeth and beneath the gumline can remain difficult to reach, allowing bacteria to accumulate and form reservoirs that contribute to dental disease. As these bacteria multiply, the body triggers an inflammatory response—often beginning with gingival inflammation and potentially progressing to periodontal disease and bone loss if left untreated.
The most effective way to halt this process is to remove the underlying bacterial buildup and thoroughly disinfect the tooth and gum surfaces. Our dentists in Brookline, MA utilize advanced BIOLASE laser technology as part of periodontal care to precisely target and reduce harmful bacteria during dental cleanings. This modern approach enhances the effectiveness of treatment while supporting healthier gums and long-term oral health.
The most effective way to halt this process is to remove the underlying bacterial buildup and thoroughly disinfect the tooth and gum surfaces. Our dentists in Brookline, MA utilize advanced BIOLASE laser technology as part of periodontal care to precisely target and reduce harmful bacteria during dental cleanings. This modern approach enhances the effectiveness of treatment while supporting healthier gums and long-term oral health.
How does laser bacterial reduction work?
Laser bacterial reduction uses a laser diode to kill bacteria in dental pockets. The laser has a special wavelength and is designed to target the bacteria in dental pockets with photon energy as an adjunctive decontamination procedure in addition to the traditional cleaning.Is laser bacterial reduction invasive and patient-friendly?
The diode laser tip used for bacterial reduction is extremely small and designed with patient comfort in mind. In fact, it is narrower than the periodontal probe typically used to diagnose gum disease. The procedure is performed chairside and takes approximately two minutes to complete, making it a quick and efficient addition to your visit.What dental problems can be treated by the use of laser bacteria reduction?
Laser bacterial reduction is primarily used to treat periodontal disease, helping to reduce gum bleeding and inflammation. It can also serve as an adjunctive therapy for other oral conditions, including oral ulcers and herpes, and can even enhance teeth whitening by desensitizing teeth during the procedure.How long does it take gums to heal after laser dentistry?
Recovery after treatment with BIOLASE laser technology is faster compared to conventional dental methods. This advanced cleaning efficiently eliminates a majority of harmful dental bacteria in a short period. The procedure requires no local anesthesia injections and minimal patient preparation, making it a convenient and comfortable option.Is laser bacterial reduction painful?
Laser bacterial reduction is a painless procedure that decontaminates periodontal pockets more quickly than traditional methods. It minimizes the risk of bleeding and creates a cleaner treatment area, reducing the chance of bacteria entering the bloodstream during cleaning. Overall, this approach enhances the effectiveness of bacterial elimination for healthier gums and teeth.Get your whole BIOLASE treatment from an expert dental surgeon. Alpha Plus Dental Center offers you highly effective laser bacterial reduction by our professional dentists in Brookline, MA.
If you still have questions or want to learn more about BIOLASE, call our office at (617) 274-8494 or schedule your dental check-up appointment including laser bacterial reduction procedure at our dental clinic in Brookline, MA.

We have Special Offers!
New Patient Special for $99 includes:
- Dental Cleaning
- Oral Cancer Screening
- X-Rays
- Dental Exam
- Comprehensive Hygiene Treatment Plan
- Laser Bacterial Reduction Procedure
For Existing Patients:
- FREE Consultation for Laser Dentistry
See Offers


