Ukumakishwa kwe-laser ye-3D yindlela yokucubungula ukudodobala komphezulu we-laser, njengokumakishwa komphezulu okugobileyo, ukukrola okunemilinganiselo emithathu kunye nokukrola okunzulu, njl. Xa kuthelekiswa nokumakishwa kwe-laser ye-2D yendabuko, ukumakishwa kwe-3D kuye kunciphisa kakhulu iimfuno zokuthamba komphezulu wezinto ezicutshungulwayo, kwaye kunokucutshungulwa. Isiphumo sityebile, kwaye iteknoloji yokucubungula enobuchule iyavela njengoko amaxesha edinga. Ngophuhliso olukhawulezayo lwetekhnoloji ye-laser, uhlobo lokucubungula lwe-laser lutshintsha kancinci kancinci. Ukuze kuhlangatyezwane neemfuno zokucubungula umphezulu ogobileyo, itekhnoloji yokumakishwa kwe-laser ye-3D yangoku nayo iyavela kancinci kancinci. Xa kuthelekiswa nokumakishwa kwe-laser yangaphambili ye-2D, ukumakishwa kwe-laser ye-3D kunokwenza ukumakishwa kwe-laser okukhawulezayo kwiimveliso ezinemiphezulu engalinganiyo kunye neemilo ezingaqhelekanga, ezingaphuculi kuphela ukusebenza kakuhle kokucubungula, kodwa zikwahlangabezana neemfuno zokucubungula ezenzelwe wena ngoku. Ngoku kucubungula nokuvelisa izitayile zokubonisa ezityebileyo, kubonelela ngetekhnoloji yokucubungula enobuchule ngakumbi yokucubungula izinto zangoku. Kwiminyaka yakutshanje, ngokwandiswa kancinci kancinci kwemfuno yemarike yeshishini lokumakishwa kwe-3D, itekhnoloji yangoku yokumakishwa kwe-laser ye-3D nayo itsale ingqalelo yeenkampani ezininzi kushishino. Ezinye iinkampani eziphambili ze-laser zasekhaya ziye zaphuhlisa oomatshini bazo bokumakisha i-laser ye-3D, njenge-laser kaHan kunye ne-laser kaDowin, umatshini wokumakisha i-laser ye-3D owenziwe yi-laser kaDowin usetyenziswa kakhulu kumashishini amaninzi, kwaye ukumakisha umphezulu ocociweyo kubonelela ngesisombululo sobuchwephesha sokucubungula nokuvelisa ukucubungula umphezulu ngoku.
Uphawu lwe-3D laser lwangoku lusebenzisa imo ye-optical egxile ngaphambili kwaye lusebenzisa ilensi enkulu ye-X, Y axis deflection. Ngale ndlela, kuyanceda ukudlulisa indawo enkulu ye-laser, kwaye ukuchaneka kokugxila kunye nesiphumo samandla kuphuculwe kakhulu, kwaye umphezulu ophawulweyo nawo mkhulu. Kwangaxeshanye, uphawu lwe-3D aluyi kunyuka nobude be-focal ye-laser njengophawu lwe-2D laser, oluya kuchaphazela amandla omphezulu wento esetyenzisiweyo, nto leyo eya kuthi ekugqibeleni ikhokelele kwisiphumo sokukrola esinganelisiyo. Emva kokusebenzisa uphawu lwe-3D, uphawu lwe-3D laser lwangoku lunokusetyenziselwa ukugqiba umphezulu ogobileyo ngoluhlu oluthile ngexesha elinye, nto leyo ephucula kakhulu ukusebenza kakuhle kokucubungula. Kwinkqubo yangoku kunye nokuvelisa, ukuze kuhlangatyezwane neemfuno ezithile, kukho iimveliso ezininzi ezineemilo ezingaqhelekanga, kwaye ezinye iimveliso zinokuba neziphazamiso kumphezulu. Kubonakala ngathi indlela yendabuko yokuphawula ye-2D incinci kwaye ayinamandla. Uphawu lwe-3D laser lunokugqibezela ukucubungula. Nangona umatshini wokumakisha i-fiber laser yangoku usetyenziswa kakhulu kwiindawo ezininzi, ukuvela komatshini wokumakisha i-3D laser kuye kwazalisa ngempumelelo iintsilelo zokucutshungulwa komphezulu we-laser kwaye kwabonelela ngenqanaba elibanzi kwizicelo zangoku ze-laser.
Ngoko ke umatshini oqhelekileyo wokumakisha i-laser yefayibha ye-2D awunakusetyenziswa njengomatshini wokumakisha we-3D ngokusebenzisa isoftware ye-3D kuphela, kufuneka usebenzise iskena se-3D okanye i-2.5D esebenzisa isoftware ye-3D kunye nentloko yombane esezantsi. I-Dowin laser igxile kwitekhnoloji yelaser ukusukela ngo-2010, inokukunika isisombululo sobungcali malunga netekhnoloji yelaser.
Ixesha lokuthumela: Matshi-11-2022
