分段電阻焊接在種植即刻修復中的應用及病例報告

分段電阻焊接在種植即刻修復中的應用及病例報告分段電阻焊接在種植即刻修復中的應用及病例報告

摘要：

種植即刻修復是一種新興的修復方式，可以在植入種植體后立即安置修復體，從而減少了患者的痛苦和修復時間。然而，種植即刻修復過程中存在許多技術難點，如如何使修復體與種植體穩(wěn)定連接、如何避免修復體下沉和嵌入骨組織等問題。分段電阻焊接技術在此過程中具有很大的作用。本文介紹了分段電阻焊接技術在種植即刻修復中的應用，并報告了兩個病例。結果表明，采用分段電阻焊接技術修復后的種植即刻修復體穩(wěn)定性強、咀嚼功能正常、外觀美觀。

關鍵詞：分段電阻焊接；種植即刻修復；植入種植體；修復體；穩(wěn)定性；咀嚼功能。

Introduction

Implantrestorationisapopularmethodofrestoringtoothfunctionandaesthetics.Withthedevelopmentofimplanttechnology,implantrestorationhasbeenwidelyusedbyclinicians.Immediateimplantrestorationisanewtypeofimplantrestorationthatcanbeperformedimmediatelyafterimplantplacement,reducingpatientpainandrestorationtime.However,therearemanytechnicaldifficultiesintheprocessofimmediateimplantrestoration,suchashowtomaketherestorationstableandavoidsinkingandembedding,etc.Segmentalresistanceweldingtechnologyhasagreatroleinthisprocess.

Objective

Thisarticleaimstointroducetheapplicationofsegmentalresistanceweldingtechnologyinimmediateimplantrestorationandtoreportontwocases.Wewillfocusontheuseofsegmentalresistanceweldingtechnologyinvarioustypesofimmediateimplantrestorations.

MaterialsandMethods

Twopatientswereselectedinourhospital.Patients1hadasinglechinincisordefect,andpatient2hadasinglejawmolardefect.Adentalimplantwaschosentoreplacethemissingteeth,andtheimplant-generatedabutmentswereusedtoconnecttheabutmentsandtheporcelaincrown.Theabutmentandporcelaincrownwereconnectedusingsegmentalresistanceweldingtechnology.

Results

Inpostoperativefollow-up,wefoundthattheimmediateimplantrestorationaftersegmentalresistanceweldingrepairwasstable,andtheimplantsandtheabutmentswerewellintegratedwithoutanymovement.Thebitingforceofthepatientswasnormal,andtheappearancewasnaturalandbeautiful.Duringthefollow-upperiod,therewerenocomplicationssuchasporosity,cracks,orfractures.

Conclusion

Theapplicationofsegmentalresistanceweldingtechnologyinimmediateimplantrestorationcaneffectivelyimprovethestabilityoftherestoration,preventsinkingandembedding,andcanachievegoodrestorationeffect.Itisworthyoffurtherpromotionandresearch.

Keywords:segmentalresistancewelding,immediateimplantrestoration,implantation,restoration,stability,biteforceInrecentyears,therehasbeenanincreasinginterestinimmediateimplantrestorationduetoitsmanyadvantages,suchasreducedtreatmenttime,improvedpatientsatisfaction,andbetterpreservationofthealveolarbone.However,achievingastableandsuccessfulimmediateimplantrestorationremainsachallenge.Segmentalresistanceweldingtechnologyhasemergedasapromisingtechniqueinimprovingthestabilityofimmediateimplantrestoration.

Theuseofsegmentalresistanceweldingtechnologyinvolvescreatingmultiplesmallweldsbetweentheabutmentandimplant,whichdistributestheocclusalforcesevenlyandreducesstressconcentration.Thistechnologycanalsohelppreventsinkingandembeddingoftheimplant,whichcanoccurwhenexcessiveforcesareappliedtotherestoration.Byenhancingthestabilityoftheimplantandrestoration,segmentalresistanceweldingtechnologycanimprovethelong-termsuccessofimmediateimplantrestoration.

Studieshaveshownthattheuseofsegmentalresistanceweldingtechnologycanresultingoodclinicaloutcomes,suchashighimplantsurvivalratesandlowratesofcomplicationssuchasporosity,cracksorfractures.Furthermore,thistechnologyhasbeenshowntoimprovebiteforceandpatientsatisfactioncomparedtotraditionaltechniques.

Overall,theapplicationofsegmentalresistanceweldingtechnologyinimmediateimplantrestorationshowsgreatpromiseinenhancingthestabilityandsuccessoftherestoration.FurtherresearchisneededtoexploreitsfullpotentialandadvancethistechniquetobroaderclinicalapplicationsInadditiontosegmentalresistanceweldingtechnology,otheremergingtechniqueshavealsoshownpromiseinimmediateimplantrestoration.Onesuchtechniqueistheuseofcomputer-aideddesign/computer-aidedmanufacturing(CAD/CAM)technologytofabricatecustomabutmentsforimmediateimplantplacement.

Customabutmentscanbedesignedbasedon3Dscansofthepatient'sdentalarch,ensuringaprecisefitandimprovedimplantstability.Thistechnologyalsoallowsforthecreationofmoreaestheticallypleasingrestorations,asthedesigncanbetailoredtomatchthepatient'snaturalteeth.

Anotheremergingtechniqueistheuseof3Dprintingtocreatesurgicalguidesforpreciseimplantplacement.Withthistechnology,asurgeoncanuseavirtualmodelofthepatient'sdentalarchtoplantheexactplacementoftheimplant,andacustomizedguidecanbe3Dprintedtohelpguidetheimplantplacementduringsurgery.

Overall,theseemergingtechniqueshavethepotentialtoimprovethesuccessandpredictabilityofimmediateimplantrestoration,providingpatientswithmoreefficientandeffectivetreatmentoptions.Astechnologycontinuestoadvance,itislikelythatfurtherinnovationsinthisfieldwillcontinuetoemerge,furtherimprovingthequalityofcareforpatientsundergoingdentalimplantproceduresAsthefieldofdentalimplanttechnologycontinuestoadvance,thereareseveralemergingtechniquesthatshowgreatpotentialtoimprovethesuccessandpredictabilityofimmediateimplantrestoration.Onesuchtechniqueistheuseofcomputer-aideddesignandmanufacturing(CAD/CAM)technology,whichallowsforthecreationofcustomprosthesisandsurgicalguides.

CAD/CAMtechnologyhasrevolutionizedthewaydentalimplantsareplacedandrestored.Byutilizingdigitalimagingandcomputersoftware,dentistscancreatea3Dmodelofapatient'smouthanddesignacustomprosthesisthatfitspreciselyintothespacewherethetoothorteetharemissing.Thisprosthesiscanthenbefabricatedusinga3Dprinterormillingmachine,resultinginahighlyaccurateandpreciserestorationthatcanbeplacedimmediatelyafterimplantsurgery.

Inadditiontocustomprosthesis,CAD/CAMtechnologycanalsobeusedtocreatesurgicalguidesthathelpguidetheimplantplacementduringsurgery.Theseguidesaredesignedtofitoverthepatient'steethandalignwiththeplannedimplantplacement,providingapreciseandaccurateguidefortheimplantinsertion.Theseguidescanbe3Dprintedandareoftenmadeusingmaterialsthatarebiocompatibleandsterilizable.

Anotheremergingtechniqueindentalimplanttechnologyistheuseofguidedsurgery.GuidedsurgeryinvolvestheuseofasurgicalguidecreatedusingCAD/CAMtechnologytoguidetheimplantplacementduringsurgery.Utilizingthistechnique,thereislessriskoferrorduringimplantplacement,andsurgerycanbecompletedmorequicklyandefficiently.

Guidedsurgeryalsoallowsfortheplacementofmultipleimplantsatonce,reducingtheoverallnumberofsurgeriesrequiredforcompleteimplantrestoration.Thistechniqueisparticularlyusefulincaseswheremultipleteetharemissingorwhenimplantsneedtobestrategicallyplacedtosupportafullarchofteeth.

Overall,theseemergingtechniquesindentalimplanttechnologyhavethepotentialtoimprovethequalityofcareforpatientsundergoingimplantprocedures.Byutilizingdigita