Oral Laser Therapy

1. 2 DEVICE IN 1 BODY: With the tip attached, it can be used for face pain, such as canker sore, ear, nose and cold sore. Remove the tip, it can be a pain relief device and healing device for body.

2. EFFECTIVELY TREATMENT FOR COLD SORES: Use the COZING cold sore canker sore therapy device to enjoy faster healing time without complications. Use this red light therapy wand on your areas of pain for just a few minutes daily, and watch your cold sores and canker sores disappear.

3. EFFECTIVE LIGHT THERAPY: Upgrade 4 types of wavelength, their respectively is 650nm red light, 808nm infrared light, 904nm infrared light and 904nm&650nm&650nm laser light. It's absorbed by the body,to promote the recovery of the body and wound healing, help with mouth sore relief and canker sores.

4. PORTABLE & EFFORTLESS: Built-in 3200mA battery, wireless design, easy to carry and suitable for various scenarios. One-click operation is very friendly to people of all ages, and you can easily enjoy effective red&infrared light therapy anytime, anywhere!

5.BUY WITH CONFIDENCE: The red light device is the perfect gift for family, loved ones, friends, colleagues and your pets to help them feel free, relax,relieve pain and stay healthy.

Low power Oral laser irradiation may have both a local and general anti-inflammatory effect. It induces reduces interstitial and intracellular swelling by improving blood circulation in the damaged tissue, often resulting in less pain at the site of injury ; decreases in the levels of histamine and serotonin, which are mediators in the inflammation process and also have vasodilation effects ; decreases in the porousness of blood vessels, preventing alteration-exudative processes, thereby preventing swelling .

In dentistry, low power laser therapy has mainly been used for pain relief in Oral mucous membranes, dentin hypersensitivity, and other conditions requiring an analgesic and anti-inflammatory response .

Clinical investigations have elucidated the impact of laser phototherapy on modulating periodontal inflammation. Patients subjected to traditional periodontal intervention combined with laser phototherapy exhibited superior outcomes compared to those untreated.

In a live study by Pejcic et al., the effects of low-level laser treatment versus conservative therapy on gingival inflammation were assessed. Significantly, improvements in gingival and bleeding indices were noted post-laser exposure, particularly over extended periods (3 and 6 months). The study concluded that coupling low-power laser irradiation (at 650 nm) with conventional periodontal care yielded superior and enduring therapeutic effects. In our current clinical scenario, similar amelioration of gingival inflammation was observed following laser irradiation.

Ozawa et al. demonstrated the inhibitory effect of laser phototherapy on plasminogen activity in human periodontal ligament cells subjected to mechanical stress. Plasminogen activity can activate latent collagenase, which degrades collagen fibers.

As evidenced in our clinical setting, integrating low-power Oral lasers with appropriate restorative treatments can confer tissue benefits, refine prosthetic procedures, and enhance treatment comfort and predictability.

Conclusion:

Low-power Oral laser therapy can augment the outcomes of indirect restorative procedures by curbing gingival inflammation. However, strict adherence to Oral hygiene practices by patients is imperative. Given the diverse interactions between lasers and biological tissues, mastery of their precise application is crucial for clinical efficacy.