I-Picosecond ND YAG Laser HS-298N
Iinkcukacha ze-HS-298N
| Ubude bamaza | 1064/532nm |
| Ububanzi bepulse | ≤6ns (imodeli etshintshiweyo nge-q),300us (imo ye-SPT) |
| 300ps okanye 450ps | |
| Amandla okubetha kwentliziyo | 500mJ:1064nm,250mJ:532nm |
| Ubungakanani bendawo | 2-10mm |
| Izinga lokuphindaphinda | 1-10Hz |
| Ukuhanjiswa ngokusebenza | Ingalo edibeneyo |
| Sebenzisa ujongano | Isikrini sokuchukumisa esinombala wokwenyani esingu-11.6" |
| Umqadi ojolise kuwo | I-Diode 650nm (Bomvu), ukukhanya okulungisekayo |
| Inkqubo yokupholisa | Inkqubo yokupholisa yoMoya naManzi ePhambili |
| Inkqubo yokupholisa ye-TEC (ukhetho) | |
| Ukunikezwa Amandla | I-AC 100-240V, 50/60Hz |
| Ubukhulu | 96*48*95cm(L*W*H) |
| Ubunzima | Iikhilogram ezili-109 |
Ukusetyenziswa kwe-HS-298N
● Itattoo (enemibala emininzi nemnyama)
●Indawo Yobudala
● Indawo yeCafe Au Lait
● Amabala
●I-Melasma
● Ukutshintsha kombala emva kokudumba
●I-Nevus ye-OTA kunye ne-Ito
● Ukuvuselelwa Kolusu
● Ukulungisa Ulusu
● I-Nevus spillus
Inzuzo ye-HS-298N
Inkqubo ye-Dualwave(1064/532nm) engenamaqhezu kunye ne-non-fractiona.
Imo ye-pulse ezimbini ze-picosecond kunye ne-nanosecond kwiyunithi enye enoluhlu olubanzi lwezicelo zonyango kunye notyando.
Amandla aphezulu kunye nokubetha kwentliziyo okufutshane kakhulu kunye nokungonwabi okuncinci kunye nexesha lokubuyela esiqhelweni ngokukhawuleza.
Khuthaza i-collagen ukuze ivuselele kwaye ilungise amanxeba, iphucule imigca emincinci.
Ubungakanani bebala buhlengahlengiswa ukusuka kwi-2-10mm yobuninzi bamandla obuguqulwa ngokuzenzekelayo.
Ingeniswe ngaphakathi iijoyinti ezi-7, ezingaguquguqukiyo ezingama-360° zengalo edityanisiweyo engeniswe ngaphakathi ezilungisekayo ukuze kube lula ukuyisebenzisa.
Uyilo lolawulo lolawulo lwe-RF ID lokubonelela ngeendlela ezahlukeneyo zokusebenza kweshishini.
I-ARM-A9 CPU, i-Android O/S.
Isixhobo sesandla se-picosecond esingu-1064/532nm
Ingalo ehlanganisiweyo evela eKorea ingeniswe kwamanye amazwe
Uluhlu lweLensi yeFractional (10X10mm)
I-Fractional Lens Array edala ukugqobhoka kobukhulu be-pixe kwi-7x7/10x10 non-ablative pattern, evumela oogqirha ukuba banike amandla aphezulu, asasazwe ngokulinganayo kwi-fractional array. Kwangaxeshanye, inokusebenzisa i-non-sequentially scanning ukuze igqibezele ukukhanya kwayo yonke indlela yokutsiba. Oku kwandisa ixesha lokuphumla phakathi kwamanqaku amabini okukhanya akufutshane, ukuqinisekisa ukutshatyalaliswa kobushushu okwaneleyo kwesikhumba. Ezi ndawo zokulimala okuncinci ziqala inkqubo yokuphiliswa kwenxeba eqinisa i-collagen kwaye ivuselele i-neocollagegenesis, ivuselele ngokupheleleyo i-tssue ekujoliswe kuyo.
Ilensi ye-Array 20X (ukhetho)
Ukulungisa ulusu kwakhona
