Sharaxaad faahfaahsan oo ku saabsan ka saarista timaha laser diode laser

Intee in le'eg ayaad ka ogtahay dareenka guud ee timaha ka saarista laser diode laser?

Mashiinka saarista timaha laser diode waa ka dib marka timaha lagu shido leysarka, timaha iyo qaybta timaha follicle melanin ururinta melanin waxay nuugtaa xaddi badan oo tamar laser ah waxayna sababtaa heerkul sare oo degdeg ah, taas oo keenta in timaha timaha ay burburiyaan heerkul sare oo gaadha timaha ka saarida joogtada ah.

Waxaa sawirka laga arki karaa in ka dib markii laysarka uu timaha iftiimiyo, timuhu gubaan ka dibna necrotic oo ay daataan, sidoo kale timaha follicles ayaa burburay. Waa in lagu tilmaamaa halkan in walxaha madow kaliya ay nuugi karaan qadar badan oo tamarta laser ah, sidaas darteed inta lagu jiro mashiinka saarista timaha diode laser, ku dhawaad ​​dhammaan tamarta laser-ka waxaa nuugaya timaha iyo timaha, halka maqaarka kale ama maqaarka kale ee maqaarka si dhib leh u nuugaan tamarta laser. .

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Waa maxay sababta timaha laser diode laser loo baahan yahay in la sameeyo dhowr jeer?

Kaliya guluubka timaha ee xilliga koritaanka, taas oo ah, xididka timaha ayaa ku jira timaha follicle, iyo guluubka timaha waxaa ka buuxa melanin iyo cufan, kaas oo nuugi kara qadar badan oo tamarta laser ah si loo burburiyo timaha. follicle (oo lagu daray sawirka koowaad). Marxaladda catagen iyo telogen, xididdada timuhu waxay mar hore ka go'een timaha timaha, iyo melanin-ka ku jira timaha timaha ayaa sidoo kale aad u yaraaday. Sidaa darteed, ka dib markii timaha labadan marxaladood ay ku nuuxnuuxsadaan laser-ka, timaha timaha ayaa ku dhowaad aan waxyeello lahayn, iyo marka ay bilaabaan inay dib u koraan caadada ka dib, weli way sii wadi kartaa inay koraan. Waqtigaan, shucaac labaad ayaa loo baahan yahay si meesha looga saaro.

Intaa waxaa dheer, aagga timaha, guud ahaan kaliya qiyaastii 1/3 timaha ayaa ku jira marxaladda korriinka isla mar ahaantaana, sidaas awgeed guud ahaan hal mashiinka timaha timaha diode ayaa ka saari kara qiyaastii 1/3 timaha, iyo timaha laser diode Koorsada daaweynta mashiinka saarista ayaa sidoo kale ka badan 3 jeer.

Waa maxay dhibaatooyinka soo raaca timaha ka saarista laser diode?

Iyada oo loo marayo mabda'a laser diode laser timaha saarista, waxaa la arki karaa in laserku kaliya baabi'iyo maaddada madow, sida timaha iyo timaha timaha, iyo qaybaha kale ee maqaarku waa badbaado, markaa hoos yimaada hawlgalka saxda ah, isticmaal mashiin u qalma. in la sameeyo laser diode mashiinka timaha ka saarida laser waa mid aad u ammaan ah.

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Mashiinka timaha ka saarista leysarka diode dhib ma u leeyahay maqaarka?

Maqaarka jidhka bini'aadamku waa qaab-dhismeed fudud oo gudbinaya. Khubarada qaliinka caagga ah ayaa tijaabo caafimaad ku ogaaday in maqaarku uu la mid yahay qayb ka mid ah cellophane hufan oo ku hor yaal lesar awood leh, sidaa darteed laysarka ayaa si habsami leh u dhex geli kara maqaarka oo gaadhaya meesha timaha. Waxaa jira wax badan oo melanin ah, sidaas darteed waxay doorbidi kartaa inay nuugo qadar badan oo tamarta laysarka ah ugu dambeyntiina waxay u beddeshaa tamarta kulaylka, taas oo kordhin doonta heerkulka timaha timaha waxayna gaari doontaa ujeedada burburinta shaqada timaha. Inta lagu jiro habkan, maadaama maqaarku aanu nuugin tamarta laysarka si yar, ama uu nuugo qadar aad u yar oo tamarta laysarka ah, maqaarka laftiisa sina uma dhaawacmi doono.

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Dhididka ma saameynayaa ka dib mashiinka timaha ka saarista laser diode?

Si kastaba ha noqotee, dad badan ayaa ka walwalsan in ka dib mashiinka timaha ka saarista laser diode ay saameyn ku yeelan doonto dhididka, ma runbaa in daloolada aysan dhididi doonin ka dib mashiinka saarista timaha diode laser? Mashiinka saarista timaha laser diode laser wuxuu ku shaqeeyaa oo kaliya melanin ku jira timaha follicle, mana jiro melanin qanjirka dhididka, sidaas darteed ma nuugi doono awoodda laser-ka oo waxyeello u geysan maayo qanjidhada dhididka, mana laha saameyn kale oo xun jirka bini'aadamka, sidaas darteed mashiinka timaha ka saarista laser diode ma saameyn doono dhididka.

 


Waqtiga boostada: Jan-16-2023