Ithiyori yobude obuhlukeneyo bokunciphisa iintlungu
Ithiyori yobude obuhlukeneyo bokunciphisa iintlungu
635 nm:
Kule wavelength, amandla e-laser afunxwa kakhulu yi-hemoglobin, nto leyo eyenza ukuba isebenze kakuhle njenge-coagulant kunye nokunciphisa ukudumba. Ukongeza, i-635 nm ifunxwa ngokugqibeleleyo yi-melanin yolusu, ukuqinisekisa ukuhanjiswa kwamandla ngokufanelekileyo kwiindawo ezingaphezulu kwezicubu. Oku kuphucula isiphumo sayo sokulwa nokudumba kwaye kuyenza ifaneleke ekukhuthazeni ukuvuselelwa kwezicubu, ukuphiliswa kwamanxeba, kunye nokususwa ngokukhawuleza kwezicubu.
810 nm:
Olu bude be-wavelength lubonisa ukufunxwa okuncinci yi-hemoglobin namanzi, nto leyo evumela ukungena nzulu kwizicubu. Nangona kunjalo, ikufutshane ne-peak absorption spectrum ye-melanin, nto leyo eyenza ukusebenza kwayo kuxhomekeke kwi-pigmentation yesikhumba. Ubude be-wavelength obuyi-810 nm buphucula umsebenzi we-enzyme, buvuselela ukuveliswa kwe-ATP ngaphakathi kweseli. Ikwakhawulezisa inkqubo ye-oxidative ye-hemoglobin, iphucula ukuhanjiswa kweoksijini kunye namandla kwimisipha kunye nemisipha, ngaloo ndlela ixhasa ukuvuselelwa kwezicubu.
910 nm:
Kunye ne-810 nm, i-910 nm inika ubunzulu obuhle bokungena kwezicubu. Amandla ayo aphezulu avumela unyango oluthe ngqo lweempawu ezinzulu. Olu bude bexesha lobude bomzimba lunyusa ukufumaneka kweoksijini kwiseli ngokufunxwa kwezicubu, luvuselela ukwenziwa kwe-ATP ngaphakathi kweseli kwaye lukhuthaza iinkqubo zokuvuselela kunye nokuphilisa zendalo. Ifumaneka kwiindlela ze-pulsed kunye ne-superpulsed—ngamandla aphezulu aphezulu kunye nexesha elifutshane lokubetha kwentliziyo (amakhulu ee-nanoseconds)—i-910 nm inika ukusebenza kakuhle kobunzulu kunye nefuthe elincinci lobushushu kunye nemiphumo enamandla yokuthomalalisa iintlungu. Ngokubuyisela amandla e-membrane yeseli, inceda ukuphula umjikelo we-pathological wokuqiniswa kwemisipha, i-vasoconstriction, kunye nentlungu, inciphisa ngempumelelo ukudumba. Ubungqina bovavanyo buqinisekisa amandla ayo okuvuselela i-biological kunye nemiphumo yokuvuselela i-trophic.
Olu bude be-wavelength lufunxwa ngamandla ngamanzi, nto leyo ebangela iziphumo ezibalulekileyo zobushushu kwiindawo ezilinganayo zamandla. Inxalenye enkulu yamandla iguqulwa ibe bubushushu ngaphakathi kwezicubu, nto leyo enyusa ubushushu bendawo kwaye ivuselela ukujikeleza kwegazi, ngaloo ndlela iphucula ukuhanjiswa kweoksijini kunye nezondlo kwiiseli. Ubude be-wavelength obuyi-980 nm bukwasebenzisana nenkqubo ye-peripheral nervous, ivuselela indlela ye-Gate-Control ukuvelisa isiphumo esikhawulezileyo sokuthomalalisa iintlungu.
1064 nm:
Njenge-980 nm, i-1064 nm ifunxwa kakhulu ngamanzi, nto leyo ebangela iziphumo zobushushu ezicacileyo. Nangona kunjalo, ikude kakhulu kuluhlu oluphezulu lokufunxwa kwe-melanin, nto leyo eyenza ukuba ingaziva kakhulu xa kutshintshwe umbala wesikhumba. Ukufunxwa kwayo ngamanzi amaninzi kukhokelela ekuguqulweni kobushushu okusebenzayo kwizicubu. Ngenxa yendlela yayo egqwesileyo, olu bude bexesha lubonelela ngomlinganiselo ochanekileyo wamandla kwiindawo ezijoliswe kuzo, lubonelela ngokunciphisa iintlungu ngokukhawuleza, ulawulo olusebenzayo lokudumba, kunye nokukhuthaza ngokunzulu umsebenzi we-metabolism yeseli.
Iingenelo ze I-Laser engama-980 nm Oomatshini bokunceda intlungu:
Ukuguquguquka: Ixhotyiswe ngeentloko ezintathu zonyango ezinokutshintshelwa kwezinye, kuquka nebhola ye-laser-massage enelungelo elilodwa lomenzi. Ububanzi be-emitter (ubungakanani bebala) buqala kwi-7.0 cm ukuya kwi-3.0 cm, nto leyo evumela iindlela zonyango eziguquguqukayo.
Iindlela Zokusebenza Eziguquguqukayo: Ibonelela ngezicwangciso zokusebenza eziqhubekayo kunye nezishukumisayo zonyango olulungiselelwe wena.
Intambo ye-Premium Fiber Optic: Inesigqubuthelo esiphindwe kabini, esigqunywe ngerabha, esine-600-micron-diameter fiber ukuze ihlale ixesha elide kwaye ikhuseleke ngakumbi.
Ujongano Lomsebenzisi Oluphambili: Isikrini esibonakalayo se-intshi ezili-10.4 esineenkcazo eziphezulu, esikumgangatho ophezulu, esinomgangatho ophezulu sokulawula okubonakalayo nokuchanekileyo.