Iindaba zeLaser
Ulawulo lobushushu obuchanekileyo kwiiNkqubo zeLaser kunye nezicelo zoShishino ukusukela ngo-2002
Ulwimi
Itekhnoloji yokumakisha iLaser kudala imiliselwe ngokunzulu kushishino lwesiselo. Ibonelela ngokuguquguquka kwaye inceda abathengi bafezekise imisebenzi enzima yokubhala iikhowudi ngelixa kuncitshiswa iindleko, ukunciphisa ukusetyenziswa kwezinto eziphathekayo, ukuvelisa kungabikho nkunkuma, kunye nokuba nobuhlobo obuphezulu bendalo. Ulawulo oluchanekileyo lobushushu luyimfuneko ukuze kuqinisekiswe ukumakishwa okucacileyo nokuchanekileyo. I-Teyu UV laser ephawula i-chillers yamanzi ibonelela ngolawulo oluchanekileyo lobushushu ngokuchaneka ukuya kuthi ga kwi-±0.1℃ ngelixa inikezela ngesakhono sokupholisa ukusuka kwi-300W ukuya kwi-3200W, lolona khetho lufanelekileyo koomatshini bakho bokuphawula i-UV laser.
Ihlobo lelona xesha lokusela iziselo, kwaye iitoti ze-aluminiyam zibamba i-23% yesabelo semarike yazo zonke iziselo ezipakishiweyo (ngokusekelwe kwizibalo zika-2015). Oku kubonisa ukuba abathengi banokukhetha okukhulu kwiziselo ezipakishwe kwiitoti ze-aluminiyam xa kuthelekiswa nezinye iindlela zokupakisha.
Phakathi kweendlela ezahlukeneyo zokuFaka iiLayibhile zeAluminiyam iZiselo, yeyiphi iTekhnoloji esetyenziswa kakhulu?
Itekhnoloji yokumakisha iLaser kudala imiliselwe ngokunzulu kushishino lwesiselo. Ibonelela ngokuguquguquka kwaye inceda abathengi bafezekise imisebenzi enzima yokubhala iikhowudi ngelixa kuncitshiswa iindleko, ukunciphisa ukusetyenziswa kwezinto eziphathekayo, ukuvelisa kungabikho nkunkuma, kunye nokuba nobuhlobo obuphezulu bendalo. Isebenza kwiintlobo ezininzi zokupakisha kwaye iyakwazi ukuvelisa kwakhona iifonti ezinokulungiswa okuphezulu kunye nemizobo.
Kwimeko yokusetyenziswa kweekhowudi kwiziselo ezinkonkxiweyo, i-laser generator ivelisa i-laser beam ephezulu eqhubekayo. Xa i-laser inxibelelana nezinto ze-aluminiyam, ii-athomu ezikwimo yazo yomhlaba zitshintshela kumandla aphezulu. Ezi athom kwiindawo eziphezulu zamandla azinzanga kwaye zibuyela ngokukhawuleza kwimeko yazo. Njengoko bebuyela kumhlaba womhlaba, bakhulula amandla ongezelelweyo ngendlela yeefotoni okanye i-quanta, ukuguqula amandla okukhanya kumandla okushisa. Oku kubangela ukuba umphezulu we-aluminiyam imathiriyeli inyibilike okanye ide ibe ngumphunga ngoko nangoko, idala imizobo kunye nokuphawulwa okubhaliweyo.
Itekhnoloji yokumakishwa kweLaser ibonelela ngesantya sokusebenza ngokukhawuleza, umgangatho wokumakishwa ocacileyo, kunye nokukwazi ukuprinta izicatshulwa ezahlukeneyo, iipateni, kunye neempawu kumphezulu weemveliso eziqinileyo, ezithambileyo, kunye ne-brittle, kunye nakwimiphezulu egobileyo kunye nezinto ezihambayo. Iimpawu azisuseki kwaye azipheli ngenxa yezinto ezisingqongileyo okanye ukuhamba kwexesha. Ilungele ngakumbi amashishini afuna ukuchaneka okuphezulu, ubunzulu, kunye nokugudiswa.
Isixhobo sokulawula ubushushu obubalulekileyo sokuMakisha iLaser kwiitoti zeAluminiyam
Ukumakishwa kweLaser kubandakanya ukuguqula amandla okukhanya abe ngamandla obushushu ukuphumeza ukumakisha okuyimpumelelo. Nangona kunjalo, ubushushu obugqithisileyo bunokukhokelela ekubhalweni okungacacanga kunye nokungalunganga. Ngoko ke, ulawulo oluchanekileyo lokushisa luyimfuneko ukuze kuqinisekiswe ukuphawula okucacileyo kunye nokuchanekileyo.
I-Teyu UV laser marking chiller ibonelela ngolawulo oluchanekileyo lobushushu ngokuchaneka ukuya kuthi ga kwi-±0.1℃. Inika iindlela ezimbini: ubushushu obuqhubekayo kunye nokulawula ubushushu obukrelekrele. Uyilo olubambekayo noluphathwayo lwelaser chillers ivumela ukuhamba lula, ukubonelela ngenkxaso engcono yokumakishwa kwelaser echanekileyo. Iphucula ukucaca kunye nokusebenza kakuhle kweempawu ngelixa ukwandisa ixesha lokuphila komatshini wokumakisha we-laser.
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I-TEYU S&A I-Chiller yasekwa ngo-2002 kunye neminyaka engama-22 yamava okuvelisa i-chiller, kwaye ngoku yamkelwa njengovulindlela wobuchwephesha bokupholisa kunye neqabane elithembekileyo kushishino lwelaser.
Ilungelo lokushicilela © 2021 TEYU S&A Chiller - Onke Amalungelo Agciniwe.
