5000mW Maximum Cooling Capacity Gomecy's Medical 650nm Photodynamic Therapy

Product Specification

Gomecy 650nm Medical Use Photodynamic Therapy Equipment Acne Removal Anti-inflammatory

650nm Photodynamic Therapy Laser Machine Working principleThis device is a 650nm diode laser to be used with suitable beam or fiber-optic probes and relevant photosensitizers to decolonize microbes from accessible anatomical sites. This technology is known as Photodynamic Therapy (aPDT), which in this case is related to its use of red light and sensitizer as an extra broad spectrum antimicrobial due to its effect on bacteria, viruses, fungi, and even superficial parasites. The topical photosensitizer is absorbed by skin and mucous membranes and by microbes colonizing the skin and the short exposure to red light transfers energy to the sensitizer which is converted to oxygen. This creates free radicals that disrupt major cell functions resulting in microbial cell death thereby making resistance highly unlikely. The effect is immediate, selective as it does not affect host cells, patient-friendly, and non-toxic.

• The Use Of The Machine 650nm Laser Photondynamic Therapy Machine 

This device is intended to be a major contribution to the fight against rising antibiotic resistance (AMR). Any significant reduction in the use of antibiotics leads to a reduction in resistance and by using photodynamic therapy instead of antibiotics where applicable the global issue of AMR will be impacted accordingly. The rise in antibiotic resistance is not only a health issue for low-resource countries where over 50% of patients have infections resistant to standard antibiotics but also in industrialized countries where MRSA infections are increasingly a major cause of death and where ESBL, VRE, and CARBA are now common resistance problems. A severe shortage of antibiotics to treat Candida auris, Acinetobacter baumannii, and other problem microbes and the general global rise of AMR have led WHO and other international organizations to warn of an impending pandemic caused by antibiotic-resistant microbes, They predict millions of deaths annually that will dramatically affect Asian and African countries, as well as all continents and aPDT, offers an immediate solution whilst researchers pursue the impossible dream of finding a definitive antibiotic with no resistance. As this new technology has not by any means reached its potential this device also opens the way to new indications that are global and problematic.

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The 650nm red laser light, the key of the new photomedicine. The photons of laser light, with specific characteristics, when interact with the biological tissues they release their energy to the cells, allowing, through the chromophores action, to trasform it into other energy forms, to support the photobiostimulation at the base of all metabolic processes. The photobiomodulation, at the base of metabolic activities, is triggered by the selective and naturally thermal laser light absorption, which provides three fundamental effects: tissue regeneration, inflammatory action modulation and analgesic effect. It is scientifically proven that the main cellular chromophore of photobiomodulation is the Cytochrome C oxidase, an enzyme present within the mitochondria, and cellular organelles present within each cell of the human body.

• The 650nm wavelength represents an excellent compromise between the depth action, photonic energy and selective absorption from the main chromophore of the cell biomodulation, the Cytochrome c Oxidase. The 650nm laser light, even if absorbed mainly by melanin, guarantees a remarkable energy exchange at the surface level and in the medium depth, advancing an efficient biomodulant effect. Additionally it inhibits the bacterial proliferation and promotes the cell growth, allowing to obtain incredible results in the healing of wounds, lesions and ulcers.

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The scientific study brought by Watban in 2007, with the title, Low-Level Laser Therapy Enhances Wound Healing in Diabetic Rats: a Comparison of Different Lasers, speaks about lesions induced on mice with the laser being different wavelengths, demonstrates how the wavelengths in the visible red, like 650nm, are the best for the treatment of surface tissues and in the medium depth and demonstrates the elevated biostimulant effect of this laser radiation. Wish our 650nm PDT red light will be confirmed with more and more research from clinics all over the world. For more information complete the Form and we will contact you soon.

Laser irradiation of private parts can enhance capillary permeability, promote the absorption of inflammatory exudates, improve leukocyte phagocytosis and promote the production of ATPase generate,regulate the immune function of the body, so as to achieve the purpose of anti-inflammatory and detumescence,and can accelerate the process of tissue repair.

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