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China umzi-mveliso 3D Ushicilelo edolweni Umkhono Joint Germany umgangatho Featured Umfanekiso
  • China umzi-mveliso 3D Printing Idolo Joint sleeve Germany umgangatho

China umzi-mveliso 3D Printing Idolo Joint sleeve Germany umgangatho

Inkcazelo emfutshane:

Ukulungiswa kwebhayoloji ngeNkxaso yoLwakhiwo

Isakhiwo se-trabecular esidityaniswe ngokupheleleyo ngokuphindwe kabini ukuya kathathu i-porosity yezinye izinto zokufakelwa zenza ukuba i-ingrowth ye-tissue ebanzi kunye nokuncamathela okunamandla.

Izinto zetsimbi ze-trabecular zisebenza njenge-scaffolding ye-ingrowth yamathambo kunye nokulungiswa kwakhona ngelixa ubonelela ngenkxaso yesakhiwo esithwala umthwalo.

I-coefficient ephezulu yokukhuhlana ngokuchasene nethambo inika uzinzo oluphuculweyo lokuqala.

Ukuqina okuphantsi kwezinto zetsimbi ze-trabecular kunokuvelisa ukulayisha okuqhelekileyo kwe-physiological kunye nokunciphisa ukhuseleko loxinzelelo.


Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimpawu zeMveliso

I-Femoral Cone Augment yenzelwe ukuncedisa ekwakhiweni ngokutsha kunye nokulungelelaniswa okujikelezayo kolwakhiwo.

3D-Printing-Knee-Joint

La manyathelo acinezelayo alayishe ithambo ngokwe "Wolff's Law" kwaye abonise isakhiwo se-trabecular ukukhuthaza ukulungiswa kwezinto eziphilayo.

Imikhono eyohlukileyo enyathelweyo ihlawulela iziphene ezinkulu ze-cavitary, ukulayisha ngokucinezelekileyo ithambo kunye nokubonelela ngesiseko esiluqilima sozinzo lokufakelwa.

Eyilwe ukuzalisa i-cavitary bone defects enkulu kunye nokubonelela ngeqonga elizinzile le-femoral kunye / okanye i-tibial articulating components.

Ukomelela okuphezulu kobunzima bomathiriyeli kunye nemodyuli esezantsi yokuqina ibonelela ngomthwalo oqhelekileyo we-physiologic kunye nokubanakho ukukhusela uxinzelelo.

Ubume be tapered yenzelwe ukulinganisa i-endosteal surface ye-distal femur kunye ne-proximal tibia ukuqinisa ithambo elonakeleyo.

3D-Printing-Knee-Joint-2

I-Orthopedic 3D yoshicilelo yitekhnoloji entsha eye yaguqula indawo yotyando lokutshintshwa kwamadolo.Ngokushicilelwa kwe-3D, oogqirha botyando banokwenza ukufakelwa kwamadolo okuhambelana ngokwezifiso ezihambelana ne-anatomy ekhethekileyo kunye neemfuno zesigulane ngasinye.Kwigulo lokutshintshwa kwamadolo, idibeneyo eyonakalisiweyo okanye egulayo ithathelwa indawo yokufakelwa, ngokuqhelekileyo iqukethe isiseko sentsimbi, i-spacer yeplastiki. , kunye nentsimbi okanye i-ceramic femoral component.Ngokuprintwa kwe-3D, nganye yale nxalenye ingenziwa ngokwezifiso kwaye ihambelane nejometri edibeneyo yesigulana, enokuphucula ukulungelelaniswa kunye nokusebenza kwe-implant.Usebenzisa iteknoloji ye-imaging ephezulu, njenge-CT okanye i-MRI scans, ugqirha unokudala imodeli yedijithali. idolo elihlangeneyo lesigulane.Lo mzekelo usetyenziselwa ukuyila amacandelo okufakelwa kwesiko, anokuveliswa kusetyenziswa iteknoloji yoshicilelo lwe-3D.Enye inzuzo yoshicilelo lwe-3D kukuba ivumela iprototyping ngokukhawuleza kunye nokuphindaphinda.Oogqirha bangenza ngokukhawuleza kwaye bavavanye izicwangciso ezininzi zokufakelwa ukuze banqume ukuba yeyiphi inika eyona nto ifanelekileyo kunye nomsebenzi wesigulane.Kuko konke, ukuprintwa kwe-3D kunamandla okuphucula kakhulu iziphumo zotyando lokutshintshwa kwamadolo ngokubonelela ngokufakela ukufakelwa kwe-custom-fit-fit implants. ukusebenza ngcono, ukuqina, kunye nobomi obude.

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