Canker Sore Laser Therapy

• Canker sores
• Shallow lesions that develop on the soft tissues in your mouth or at the base of your gums
• Painful, make eating and talking difficult
• Mouth ulcers
• Extremely painful

 

 

 

What's the technical parameter of the canker sore laser therapy?

• USB port
• User-friendly .
• Compact and highly portable design.
• Instant laser activation upon plugging in.
• Compatible with power sources such as portable power banks, adapters, or computers.
• Incorporates technology safeguarded by national patents.

Cozing-USBO laser therapy targets redness in the skin. Operating at a specific wavelength, the laser's energy is absorbed by hemoglobin in the red vessels, leading them to close and causing the pink or red color to diminish. Laser skin resurfacing can effectively reduce the appearance of scars by blending them with the surrounding skin, depending on the scar type and location.

Cozing-USBO treatments utilize a focused beam of light to minimize the visibility of canker sore scars and, in some instances, aid in their complete disappearance, all without the need for surgery. Additionally, these treatments can alleviate pain, itching, and sensitivity associated with scar tissue.
Scars are a natural response to skin damage caused by injuries, surgeries, illnesses like chickenpox, or skin conditions such as acne. The body produces new collagen fibers to repair the skin, resulting in a texture and appearance distinct from the surrounding tissue

Oral laser applicator*1+user manual*1+box*1

Recurrent Oral ulcers (ROU) and Oral erosive lichen planus (OELP) are chronic inflammatory conditions affecting the Oral mucosa, with causes not fully elucidated. Despite numerous efforts to find effective treatments for ROU and OELP, current approaches mainly focus on symptom alleviation. Low-level laser therapy (LLLT) emerges as a promising alternative. This paper aims to explore LLLT's mechanisms and biological impacts, along with summarizing recent clinical findings on managing ROU and OELP. Many studies indicate LLLT's positive impact on expediting healing and reducing pain. However, given the limited research and varied treatment parameters, caution is warranted when interpreting results.



LLLT regulates fibroblast proliferation, with low-power doses stimulating and high-power doses inhibiting this process. Stimulation of fibroblasts is linked to increased basic fibroblast growth factor (bFGF) production, crucial for wound closure. Additionally, LLLT modulates macrophage activity, promoting fibroblast proliferation. It also enhances macrophage chemotactic activity during the initial healing phase.



LLLT's analgesic effects stem from inhibiting nociceptive stimuli associated with temperature changes and chemical irritations. It raises pain thresholds by stabilizing cell membranes and regulating resting cell potential. Moreover, LLLT suppresses proinflammatory mediator production in damaged nerve cells and promotes their maturation and regeneration post-injury.



In conclusion, LLLT serves as a modulator and reparative agent for inflammatory lesions, rather than solely inhibiting processes. It appears to be a viable treatment option for both ROU and OELP, especially for managing pain and expediting healing in recurrent episodes. However, its efficacy compared to traditional anti-inflammatory treatments like topical steroids warrants further investigation. Establishing optimal irradiation parameters, including wavelength, energy density, and exposure time, is crucial for maximizing benefits and minimizing risks in dental laser therapy.