Ka saarista timaha Laser waxay ku saleysan tahay mabda'a firfircoonida photothermal xulashada, iyada oo loo marayo hagaajinta macquulka ah ee hirarka tamarta laser-ka ee ballaadhka garaaca wadnaha, laser wuxuu dhex mari karaa maqaarka maqaarka maqaarka xididka timaha, iftiinka waa la nuugi karaa oo loo beddelaa inuu burburiyo kulaylka unugyada timaha, sidaas darteed in timuhu lumiyaan awoodda dib-u-soo-nooleynta isla mar ahaantaana waxay dhaawici kartaa unugyada ku xeeran, tignoolajiyada yar yar.Ka saarista timaha leysarka waa timo nabdoon oo degdeg ah oo timaha ka saarista muddada dheer.
dhererka hirarka laysarka
Fiber diode Laser-ka-saarista timaha waxay qabataa heerka dahabiga ah ee 810nm semiconductor laser.Layeerka garaaca wadnaha ee labalaabka ah ee sida gaarka ah loo nashqadeeyey waxa uu maqaarka ku iftiimiyaa cufnaanta tamar hoose.Liido waxay kulaylisaa unugyada maqaarka iyo xuubabka timaha iyada oo loo marayo garaaca laysarka ee ugu horreeya ee maqaarka.Wadnaha labaad si xushmad leh wuxuu u kordhiyaa heerkulka timaha ilaa 45 darajo.Laysarka 10Hz-ka ah ee silbanaya waxa uu hubinayaa in timaha timaha lagu hayo heer kulkan muddo ah, halka unugyadu timaha iyo korriinka timaha ay lumiyaan dhaqdhaqaaqooda korriintooda, si ay u gaadhaan timaha ka-baxa muddada dheer.Iyo shirkadda HONKON fiber optic fiber semiconductor timaha saarista laser iyo semiconductor timaha saarista laser waxay isticmaalayaan 810nm mawjadaha semiconductor laser, marka dhamaantood waxay raacaan 810nm laser dhererkiisu wuxuu leeyahay dhammaan sifooyinka, taasi sidoo kale waa dhererka heerka dahabka ee timaha timaha, laser waxaa inta badan nuuga melanin timaha follicle, yaree nuugista hemoglobin iyo biyaha, saamaynta timaha ka saarista hal ka laser laftiisa iyada oo aan wax farqi ah.
tamarta wax soo saarka
Waxaan ognahay in marka lagu daro mawjada dhererka, arrin kale oo saameeya saamaynta tamarta ka saarista timaha waa laser soo saarka laser semiconductor laser dhaqameed ee suuqa, sababtoo ah laysarka ayaa qaata set oo ah qaab-dhismeedka chip, Chip soo diraya kulayl badan marka la shaqeeyo. iyo nidaamka qaboojinta biyaha kaliya waxay isticmaali kartaa kanaalka micron, taasoo keentay in awoodda laser semiconductor dhaqameed guud ahaan hooseeyo, awoodda wax soo saarka aragtida guud ee agagaarka 300W, iyo wax soo saarka awoodda dhabta ah ee timaha saarista waxay gaari kartaa 30% waa mid aad u wanaagsan. Beijing HONKON 810nm semiconductor Timaha laser-ka-saarista waxay qabataa qaboojiyaha laba-engine, waxayna qabataa laysarka dibadda laga keeno, taas oo wanaajisa kala-baxa kulaylka laysarka oo wanaajinaya xakamaynta wax-soo-saarka tamarta.Awoodda wax soo saarka laysarka waxaa lagu hagaajiyaa 3 ~ 4 jeer marka loo eego qalabka guriga.Iyo laser fiber optic semiconductor ka saarista timaha laser hagaajin doonaa nidaamka chip badan, oo lagu meeleeyaa chassis qalabka, mar dambe lagu meelayn timaha ka saarida gacanta, channel qaboojinta biyaha, Chip qaboojinta si habsami leh, wax soo saarka laser ma sii kordheysa xadka ilaalinta kulaylka tamarta, hel beddelka awoodda sare, soosaarka tamarta ayaa ka wanaagsan, hagaajinta xakamaynta tamarta, timaha ka saarista si hufan, dhakhso badan.
Fiber diode Laser saarista timaha laser wuxuu qaataa nidaamka chip laser semiconductor-ka la hagaajiyay, ururinta fidinta jajabka laser-ka ee asalka ah, awoodda biyaha qaboojinta ayaa ka weyn, qaybinta kulaylka chip si dhakhso ah, qaboojinta degdegga ah, qalabku wuxuu leeyahay qaab daaweyn oo ka fiican.Si la mid ah, dhexroorka kanaalka qaboojinta biyaha ayaa ka weyn, daaweynta qaybinta kulaylka madaxa ayaa aad u dhaqso badan oo waara, timaha ka saarista, saameynta muruqa barafka ee maqaarka ayaa aad u cad, saarista timaha semiconductor fiber indhaha ayaa ka dhigaysa baraf iyo raaxo. timaha ka saarista suurtogalka ah.
Inta lagu jiro sanadka 2022, Beijing HONKON oo ah hormuudka Shiinaha ee wax soo saarka Shiinaha, waxaan raadineynaa qaybiyayaal. Waxaan ballanqaadeynaa in alaabadayadu ay yihiin kuwo tayo sare leh oo leh qiime tartan ah.Haddii aad xiisaynayso fadlan xor u noqo inaad nala soo xidhiidho.
Waqtiga boostada: Jul-05-2022