In response to the specific medical treatment requirements across diverse diseases, Dimed Laser has designed and produced three distinct series of medical diode lasers: Berylas, Harlas, and Cherylas.
Our medical laser offerings have proven efficacy in various applications such as surgical procedures, physiotherapy treatments, ENT (ear, nose, and throat) interventions, PLDD (Percutaneous Laser Disc Decompression) therapy, and more.
We take pride in delivering high-quality products distinguished by precision craftsmanship and advanced features, complemented by dedicated service and unwavering integrity, thereby creating value for our customers.
635 nm
Using 635nm laser light, well-absorbed by skin melanin, provides a substantial dose to the superficial region. This wavelength, effective against bacteria and supportive of cell growth, yields impressive outcomes in wound healing and scar tissue regulation through laser therapy.
810 nm
The enzyme crucial for converting molecular oxygen into ATP absorbs most efficiently at 810nm. Photon absorption at this wavelength accelerates the process, leading to a state change in the enzyme and increased cellular ATP production.
915 nm
Rapid oxygen release into the bloodstream fuels cellular healing ptrocesses. Hemoglobin absorbs most at 905nm, enhancing oxygen availability to cells when this radiation is absorbed.
980 nm
Blood water, crucial for oxygen transport and waste removal, absorbs effectively at 980nm. Photon absorption generates heat, establishing a cellular-level temperature gradient that stimulates microcirculation, enhancing oxygen delivery to cells.
1470 nm
The 1470nm laser penetrates skin effectively with low melanin and hemoglobin absorption and high water and fat absorption. It's 40 times more absorbed by cellular water than 810/980nm lasers, enabling reduced energy emission with comparable clinical results to high-power lasers of different wavelengths
1940 nm
The 1940nm diode laser excels in treating veins due to its high absorption by interstitial water in venous walls. Biophysical studies confirm its superiority, with an absorption rate 4.8 times higher than 1470nm, 70 times higher than 1064nm, and up to 290 times higher than 980nm lasers.
