Surgical laser FireLas

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The 445nm wavelength interacts with the molecules at systemic level and is absorbed by both haemoglobin and better than with an infra-red laser. The blue wavelength is also effective on numerous bacterial strains, thus exploiting its antiseptic properties and achieving excellent results in tissues incision, both for surgical and vascular purposes. It is also useful in treating diabetic ulcers and bedsores.The 660nm wavelength can transfer an optimal dosage of energy to the tissue. This energy is thus stored at cellular level with subsequent increase in both bacterial proliferation and metabolism. Thus, it allows obtaining remarkable results in the healing of wounds, diabetic and vascular ulcers. The 970nm wavelength is absorbed by the water contained in our body: most of such energy is turned into heat. The deep layers of tissues thus become localised heat points able to generate temperature gradients at cellular level and to stimulate the local microcirculation thanks to the oxygen supply provided by this wavelength.The 970nm wavelength is absorbed by the water contained in our body: most of such energy is turned into heat. The deep layers of tissues thus become localised heat points able to generate temperature gradients at cellular level and to stimulate the local microcirculation thanks to the oxygen supply provided by this wavelength. The 1470nm wavelength has efficient water absorption properties, making it applicable in skin treatments. In medical procedures, it is used for water vaporization and cutting. The laser’s energy is absorbed by the water in the skin, leading to tissue heating and vaporization.