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  • Deep Tissue Laser Therapy - Everything You Need to Know

    Deep Tissue Laser Therapy - Everything You Need to Know

    Deep tissue laser therapy is a non-invasive medical technology that uses high-power class IV lasers to deliver therapeutic red and near-infrared light deep into tissues to relieve pain and inflammation, enhance tissue repair, and regulate microcirculation.

  • Does Laser Therapy Work for a Canine Bulging Discs?

    Does Laser Therapy Work for a Canine Bulging Discs?

    laser therapy, as an emerging non-invasive therapy, has attracted attention in assisting pain relief and promoting functional recovery. In this article, we will systematically analyze its therapeutic effect and current application.

  • What is the Difference Between Class 3B Laser and Class 4 Laser?

    What is the Difference Between Class 3B Laser and Class 4 Laser?

    Currently, there is a wide variety of laser therapy devices available on the market. These devices differ significantly in terms of wavelength, power, and operational specifications, such as continuous wave, pulsed wave, and super-pulsed modes.

  • Laser Therapy for Dogs - Everything You Need to Know

    Laser Therapy for Dogs - Everything You Need to Know

    Laser therapy for dogs is an alternative treatment modality to manage pain, reduce inflammation and edema, and promote tissue healing. The interaction between specific wavelengths of light and canine tissue is called photobiomodulation.

  • What is The Difference Between LED and Laser?

    What is The Difference Between LED and Laser?

    Many doctors feel uncertain when choosing laser equipment that suits their clinical needs. Vaymed will provide you with a comprehensive understanding of the difference between laser and LED lights from the following four aspects:

  • What is Photobiomodulation?

    What is Photobiomodulation?

    Photobiomodulation (PBM) is a therapy based on specific wavelengths of light, usually red or near-infrared light, which is irradiated onto biological tissues to trigger intracellular photochemical reactions.