Uphando lwexesha elide lwezonyango luye lwaqinisekisa ukuba xa izibane ze-LED ze-wavelength echaziweyo zikhanyisa eluswini lwethu, zinefuthe lokuvuselela ulusu, i-acne kunye ne-freckles. ukususwa njalo njalo.
Isibane esiBlue (410-420nm)
I-wavelength yi-410-420nm emxinwa-ibhendi eluhlaza okwesibhakabhaka-violet ukukhanya okubonakalayo. Ukukhanya okuluhlaza okwesibhakabhaka kunokungena kwi-1 mm ngaphakathi kwesikhumba, oku kuthetha ukuba ukukhanya okuluhlaza okwesibhakabhaka kunokufikelela kwinqanaba elingaphandle lesikhumba sethu. Ukusetyenziswa kokukhanya okuluhlaza okwesibhakabhaka kuhambelana nokufunxa kokukhanya okuphezulu kwePropionibacterium acnes. Inkqubo yokucima imichiza ye-metabolite endoporphyrin ye-Propionibacterium acnes ivelisa inani elikhulu leentlobo ze-oksijini ezisebenzayo, ezinokuvelisa inani elikhulu leentlobo ze-oksijini ezisebenzayo ze-Propionibacterium acnes. Indawo enetyhefu kakhulu (uxinzelelo oluphezulu lweoksijini), nto leyo ekhokelela ekufeni kwebhaktheriya kwaye icoca i-acne eluswini.
Isibane esityheli (585-595nm)
Ubude be-wavelength yi-585-595nm, ukukhanya okutyheli kunokungena kwi-0.5-2 mm ngaphakathi kwesikhumba, ngoko ukukhanya okutyheli kunokudlula kumaleko angaphandle kwesikhumba sethu ukufikelela kubunzulu bolusu-isikhumba se-papilla layer. Ukukhanya okuphezulu okuluhlaza okuluhlaza kufakwe ngokupheleleyo yi-fibroblasts, ukunciphisa i-melanin yesikhumba kunye nokukhuthaza ukukhula kweeseli, ukuqina kunye nokulungelelanisa isakhiwo se-dermal ukwenza isikhumba esimhlophe, esithambileyo kunye ne-elastic; Ukukhutshwa kokukhanya okutyheli okuphakamileyo, ukuhambelana nokukhanya okuphezulu kokukhanya kwemithambo yegazi, Ngaphantsi kwefuthe lobushushu, inokuphucula ngokukhuselekileyo nangempumelelo i-microcirculation, ilawule ukusebenza kweeseli, kwaye iphucule ngempumelelo iingxaki zesikhumba ezibangelwa bubudala.
Ubude bokukhanya okubomvu (620-630nm)
Ukukhanya okubomvu kungena esikhumbeni nzulu kunokukhanya okutyheli. Umthombo wokukhanya okhutshwe ngumthombo wokukhanya unobunzima obuphezulu, ubuninzi bamandla afanayo, kunye nokukhanya okubomvu okuphakamileyo kakhulu, okunokuqinisekisa ukuba isigulane asilinyazwa ngolunye ukukhanya okuyingozi, kwaye sinokwenza ngokuchanekileyo kwindawo ye-lesion, isebenze ngokufanelekileyo kwi i-mitochondria yeeseli zezicubu ezingaphantsi kwe-subcutaneous, kwaye ivelise ukusebenza kakuhle okuphezulu kwe-Photochemical biological reaction-i-enzymatic reaction, eyenza i-cell color oxidase C kwi-mitochondria yeseli, ivelise amandla amaninzi okukhawulezisa ukuhlanganiswa kwe-DNA kunye ne-RNA, ivelisa isixa esikhulu i-collagen kunye nezicubu ze-fibrous ukuzizalisa, kwaye zikhawuleze ukupheliswa kwenkunkuma Okanye iiseli ezifileyo, ukuze kufezekiswe imiphumo yokulungisa, umhlophe, ukuvuselela ulusu, kunye nokususwa kwemibimbi.
Loluphi uhlobo lonyango lwe-LED olusebenzayo?
Nangona umgaqo wonyango wokukhanya kwe-LED ulula kwaye umphumo ulungile, kusekho iirhafu ezininzi ze-IQ ezisebenzisa i-LED gimmicks xa zisetyenziswe kwiimveliso zangempela.
Ukuba ufuna ukwazi indlela yokukhetha imveliso ye-LED engcono, ezi parameters zintathu kufuneka zibe kumgangatho ophezulu: ubude bobude, amandla, ixesha.
Eyokuqala: Zizibane ezinobude obukhethekileyo kuphela eziya kusebenza. Iimveliso ezininzi ziya kukhankanywa kwintengiso. Kodwa i-wavelength kufuneka ihlawule ingqalelo ukuzinza kunye nokuchaneka koluhlu lwe-wavelength. Iimveliso ezininzi zikwabanga ukuba ubude bamaza bufikelele kwinqanaba, kodwa kukho amaza amaninzi angenamsebenzi axutywe kuwo, kwaye olu hlobo lokukhanya olungasebenziyo alunamsebenzi. Ngaphezu koko, ukuba ukukhanya okungavumelekanga kuluhlu lwe-infrared kunye ne-ultraviolet, kuyingozi kulusu lwethu.
Uluhlu lwe-wavelength yethuIsixhobo sokukhanya kwe-LED:
Uluhlu lwamaza kwezinye iimveliso
Zimbini: amandla. Ukuba inani lezibane kumatshini alanelanga kwaye ukunikezelwa kwamandla akwanele ngokwaneleyo, ngoko umphumo wonyango uya kuncitshiswa kakhulu.
Iimveliso zethu ze-LED:
Kukho izibane ezincinci ze-4320 kumatshini wethu onokusebenza ngexesha elifanayo, kwaye amandla asetyenziswayo yi-1000W.
Ezintathu: I-phototherapy ye-LED idinga ixesha elide lokuvezwa, kodwa ukuba luhlobo lwe-laser kunye ne-LED, umphumo awukho 1 + 1> 2, kodwa 1 + 1
Uphando ngokwethiyori lubonise ukuba ubude bokukhanya okuluhlaza busondele kuleyo ye-ultraviolet UVA yamaza amade, enokuthi ibangele iziphumo zebhayoloji ezinxulumene nemitha ye-UVA. Kwangaxeshanye, kuqinisekiswa kwi-histology ukuba ulusu olukhanyiswe yi-420nm blue light lune-pigmentation encinci, kodwa i-pigmentation incinci, kwaye iya kuvelisa ukwakheka kwexesha elifutshane le-melanin ngaphandle kokubangela i-apoptosis yeseli (oko kukuthi, kuya kubakho ukwakheka kwe-melanin). akukho ngxaki zinkulu). Kwaye emva kokuba ukukhanya okuluhlaza okwesibhakabhaka kumisiwe, ukuveliswa kwee-melanocytes kuncipha ngokukhawuleza, kwaye ukuchithwa kwe-melanin kuyancipha.
Ngoko ke, zombini uphando lwethiyori kunye neziphumo zovavanyo zibonisa ukuba ukukhanya okuluhlaza okwesibhakabhaka okufutshane kunomngcipheko "wokutshisa" ulusu, olufana nolusu lwe-ultraviolet. Nangona kunjalo, ukwenzeka kwesi siganeko sokubeka i-melanin asiphezulu, kwaye siya kubuya ngokuthe ngcembe emva kokuyeka ukukhanya kwe-irradiation, ngoko akukho mfuneko yakukhathazeka kakhulu.
Enyanisweni, xa kuthelekiswa ne-laser kunye nokukhanya okukhulu kwe-pulsed, ukukhanya kwe-LED eluhlaza okwesibhakabhaka okusetyenziselwa ukunyanga i-acne kunomphumo omncinci, kwaye umngcipheko we-melanin deposits phezu kwesikhumba awuphezulu kakhulu.
Ngoko ke oko kuthethiweyo ngasentla, usenokuyiqonda. Ukukhanya okubomvu kunye nohlaza okwesibhakabhaka kunomngcipheko wokwenza mnyama kancinci ulusu, kodwa kunokwenzeka ukuba akukho phezulu, kwaye kunokubuyiselwa (ukutya imifuno kunye neziqhamo ezityebileyo kwiivithamini).
Ixesha lokuposa: Aug-30-2021
