Ithiyori yobude obahlukeneyo bamaza okunceda ekunciphiseni iintlungu

635nm:

Amandla akhutshwayo aphantse afunxwe yi-hemoglobin, ngoko ke icetyiswa ngokukodwa njenge-coagulant kunye ne-anti-edematous. Kule wavelength, i-melanin yolusu ifunxwa kakuhle amandla e-laser, iqinisekisa ukuba kukho amandla amaninzi kumphezulu, nto leyo ekhuthaza isiphumo sokulwa ne-edema. Lili-wavelength elihle kakhulu ekuvuseleleni izicubu, ukuphiliswa kwamanxeba kunye nokukhawuleza ukuqhekeka kwezicubu.

810nm:

Yi-wavelength enokufunxwa kancinci yi-hemoglobin namanzi, ngoko ke ifikelela nzulu kwiithishu. Nangona kunjalo, ikufutshane nendawo yokufunxwa ephezulu ye-melanin kwaye ngenxa yoko inovelwano ngakumbi kumbala wolusu. I-wavelength ye-810 nm yonyusa ukufunxwa kwee-enzyme, nto leyo ekhuthaza ukukhuthazwa kwemveliso ye-ATP ngaphakathi kweseli. I-wavelength ye-810 nm ivumela ukusebenza ngokukhawuleza kwenkqubo ye-oxidative ye-hemoglobin, ithwala amandla afanelekileyo kwimisipha kunye nemisipha kwaye ikhuthaza ukuvuselelwa kwezicubu.

910nm:

Kunye ne-810 nm, ubude be-wavelength obunamandla aphezulu okungena kwizicubu. Amandla aphezulu afumanekayo aphezulu avumela unyango oluthe ngqo lweempawu. Ukufunxwa kwezicubu zale radiation kwandisa i-oksijini yamafutha kwiiseli. Njengakwi-wavelength ye-810 nm, ukuveliswa kwe-ATP intracellular kuyakhuthazwa kwaye, ke ngoko, kukhuthaza iinkqubo zokuvuselela izicubu, kukhuthaza iinkqubo zokuphilisa zendalo. Ukufumaneka kwemithombo ye-pulsed kunye ne-superpulsed, enamandla aphezulu kunye ne-impulses emfutshane (amakhulu ee-nanoseconds), kwenza i-910 nm ibe yeyona ndlela ilungileyo yokusebenza kubunzulu bezicubu, kunye nemiphumo yokunciphisa ubushushu kunye ne-antalgic enkulu. Ukubuyiselwa kwamandla e-membrane yeseli kuphazamisa isangqa esibi se-contracture-vasoconstriction-pain kwaye kusombulula ukudumba. Ubungqina bovavanyo bubonakalise i-regenerative biological stimulus eneziphumo ze-trophic-stimulating.

980nm:

Yi-wavelength efunxwa kakhulu ngamanzi kwaye ke ngoko, xa ilingana namandla, yi-wavelength efunxwa kakhulu ngamanzi kwiithishu kwaye uninzi lwamandla luya kuguqulwa lube bubushushu. Ukwanda kobushushu kwinqanaba leeseli eziveliswa yile radiation kukhuthaza i-microcirculation yendawo, kuzise ioksijini yamafutha kwiiseli. Ukusetyenziswa kwamandla e-laser kwi-wavelength ye-980 nm kunxibelelana nenkqubo ye-peripheral nervous system evuselela i-Gate-Control mechanism evelisa isiphumo esikhawulezayo sokulwa noxinzelelo.

1064nm:

Ngubude be-wavelength, kunye ne-980 nm, obunokufunxwa okuphezulu ngamanzi, ngoko ke, xa bulingana namandla, bubude be-wavelength obuneziphumo eziphezulu zobushushu. Nangona kunjalo, bubude be-wavelength obukude kakhulu kwindawo yokufunxwa okuphezulu kwe-melanin kwaye ngoko ke abunangxaki kangako nohlobo lolusu. Olu bude be-wavelength lufunxwa kakhulu ngamanzi ezicubu kwaye ngenxa yoko inxalenye enkulu yamandla iguqulwa ibe bubushushu. Ulwalathiso oluphezulu lwale bude be-wavelength lufikelela kwindawo echaphazelekayo ngedosi efanelekileyo yamandla. Isiphumo esikhawulezayo sokulwa nokuvuvukala ngokulawula iinkqubo zokudumba kunye nokusebenza ngokunzulu kweenkqubo ze-metabolic zemisebenzi yeseli kufunyanwa.

Iingenelo zeUmatshini we-laser we-980nm wokuphelisa iintlungu:

(1) Ukuguquguquka xa uyidinga ngeentloko zonyango ezi-3 ezikhoyo, ezinebhola ye-laser-massage enelungelo lobunikazi. Ububanzi be-emitter (ubukhulu bebala) buhluka nge-probe (7.0 cm ukuya kwi-3.0 cm)

(2) Useto oluqhubekayo nolushukumisayo

(3) I-Premium, Ifakwe iishelufu ezimbini, kwaye Igqunywe ngerabha, I-600 Microns ngobubanzi.

(4) Inkcazelo Ephezulu, Ubuchule Obuphezulu, Isisombululo Esiphezulu Ujongano lomsebenzisi lwe-intshi eziyi-10.4.