Umatshini wokumakisha we-laser usebenzisa i-laser beam ukwenza amanqaku asisigxina kumphezulu wezinto ezahlukeneyo.Umphumo wokumakisha kukuveza izinto ezinzulu ngokusebenzisa i-evaporation yezinto ezingaphezulu, ngaloo ndlela kukrolwa iipatheni ezigqwesileyo, iimpawu zorhwebo kunye nombhalo.
Thetha ngembali yomatshini wokumakisha i-laser, okokuqala makhe sithethe malunga nodidi lomatshini wokumakisha, umatshini wokumakisha unokwahlulwa ube ziindidi ezintathu, umatshini wokumakisha we-Pneumatic, umatshini wokumakisha we-laser, kunye nomatshini wokumakisha womhlaba.
Ukumakisha umoya, sisantya esiphezulu esibethayo kwaye siphawule into ngomoya oxinanisiweyo ngolawulo lwenkqubo yekhompyutha.Inokuphawula ubunzulu belogo ethile kumsebenzi wokusebenzela, uphawu kukuba inokuphawula ubunzulu obukhulu bepateni kunye nelogo.
Umatshini wokumakisha weLaser,isebenzisa i-laser beam ukuphawula kunye nokukrola kwinto enophawu olusisigxina.Umgaqo kukuba iphawula kwaye ikrola iipateni ezintle, iilogos, kunye namagama ngokukhupha umphunga kunye nokususa umaleko ongaphezulu wezinto kwaye utyhile umaleko onzulu wento.
Ukuphawula ukhukuliseko lombane,isetyenziselwa ubukhulu becala ukuprinta ilogo esisigxina okanye uphawu ngokhukuliseko lombane, kufana nokunyathela, kodwa umatshini omnye wokuphawula ukhukuliseko lombane unokuphawula kuphela ilogo engatshintshiyo engatshintshiyo.Ayilungelanga ukuphawula iindidi ngeendidi zeelogo.
Okokuqala, Makhe sijonge kwimbali yomatshini wokumakisha wePeneumatic.
Ngo-1973, inkampani yokumakisha i-Dapra yase-USA yaphuhlisa uphawu lokuqala lwe-Pneumatic emhlabeni.
Ngo-1984, inkampani yokumakisha iDapra yase-USA yaphuhlisa uphawu lokuqala oluphathwa ngesandla lwePeneumatic emhlabeni.
Ngo-2007, iNkampani yaseShanghai yaseTshayina yaphuhlisa uphawu lokuqala lwePeneumatic ngezibuko le-USB.
Ngo-2008, iNkampani yaseShanghai yaseChina yavelisa umatshini wokuqala wokumakisha wePneumatic one-chip microcomputer.
Njengoko sibona ngoku, umatshini wokumakisha wePneumatic yitekhnoloji yakudala, kodwa kunjalo, ivula ishishini lomatshini wokumakisha.Emva komatshini wokumakisha we-Pneumatic, ngamaxesha omatshini wokumakisha we-laser.
Emva koko makhe sijonge kwimbali yomatshini wokumakisha we-laser wesinyithi (i-laser wavelength 1064nm).
Umatshini wokumakisha we-laser wesizukulwana sokuqala sisibane esimponthwe ngumatshini wokumakisha we-YAG laser.Inkulu kakhulu kwaye inokuhanjiswa kwamandla ngokufanelekileyo.Kodwa yavula ishishini lokumakisha i-laser.
Isizukulwana sesibini ngumatshini wokumakisha we-laser we-Diode-pumped laser, nawo unokwahlulwa ube ngamanqanaba amabini ophuhliso, i-Diode-side impompo eqinile-imeko ye-YAG umatshini wokumakisha we-laser, emva koko i-Diode-isiphelo impompoze umatshini wokumakisha we-YAG welizwe eliqinileyo.
Ke isizukulwana sesithathu yifayibha laser soured umatshini wokumakisha laser, ebizwa ngokufutshaneifayibha laser umatshini wokumakisha.
Umatshini wokumakisha we-fiber laser unamandla aphezulu usebenzisa ukusebenza kakuhle kwaye unokwenza ngamandla ukusuka kwi-10 watts ukuya kwi-2,000 watts ngokuhambelana nokumakishwa kwe-laser, ukukrola nge-laser, kunye ne-laser cutting nee.ds.
Umatshini wokumakisha weFiber laser ngoku ngowona matshini wokumakisha welaser wezinto zentsimbi.
Ukumakishwa kwelaser kwizinto ezingezizo ezentsimbi (i-laser wavelength 10060nm) ikakhulu ngumatshini wokumakisha we-co2 laser ngaphandle kotshintsho olukhulu kwimbali.
Kwaye kukho iintlobo ezintsha zomatshini wokumakisha welaser wosetyenziso olukwisiphelo esiphezulu, umzekelo, umatshini wokumakisha we-laser we-UV (i-laser wavelength: 355nm), umatshini wokumakisha wokukhanya okuluhlaza (i-laser wavelength: 532nm okanye 808nm).Isiphumo sabo sokumakisha i-laser si-ultra-fine kwaye sichaneke kakhulu, kodwa iindleko zabo azifikeleleki njengefiber laser marking kunye ne-co2 laser marking machine.
Ke kuphelele apho, umatshini wokumakishwa kwelaser wesiqhelo wesinyithi kunye nenxalenye yezixhobo zeplastiki ezingezizo zentsimbi ngumatshini wokumakisha we-laser fiber;umatshini wokumakisha welaser oqhelekileyo wezinto ezingezizo ezentsimbi ngumatshini wokumakisha we-co2 laser.Kwaye umatshini wokumakisha we-laser ophezulu wesiphelo esiphezulu zombini kwintsimbi kunye ne-non-metal ngumatshini wokumakisha we-UV laser.
Uphuhliso lweteknoloji ye-laser aluyi kuyeka, i-BEC Laser iya kuqhubeka nokuzabalazela ukusetyenziswa kweteknoloji ye-laser, uphando kunye nophuhliso.
Ixesha lokuposa: Apr-14-2021
