Kodwa-ke, ukushisela nge-laser kunesimiso esihlukile sokusebenza. Kusebenzisa ukushisa okuphezulu okuvela ekukhanyeni kwe-laser ukuphazamisa izakhiwo zama-molecule ngaphakathi kwezingcezu ezimbili zama-plate ensimbi ukuze ama-molecule ahlelwe kabusha futhi lezi zingcezu ezimbili zama-plate ensimbi zibe yingcezu ephelele.
Ngokushisela okuvamile okuvame ukubhekisela ekushiseleni amabala, isimiso sawo esisebenzayo ukuncibilikisa insimbi bese insimbi encibilikisiwe izohlangana ngemva kokupholisa. Umzimba wemoto uqukethe izingcezu ezine zamapuleti ensimbi futhi lawa mapuleti ensimbi axhunywe ngalezi zindawo zokushisela.
Kodwa-ke, ukushisela nge-laser kunesimiso esihlukile sokusebenza. Kusebenzisa ukushisa okuphezulu okuvela ekukhanyeni kwe-laser ukuphazamisa izakhiwo zama-molecule ngaphakathi kwezingcezu ezimbili zama-plate ensimbi ukuze ama-molecule ahlelwe kabusha futhi lezi zingcezu ezimbili zama-plate ensimbi zibe yingcezu ephelele.
Ngakho-ke, ukushisela nge-laser kuzokwenza izingcezu ezimbili zibe yinto eyodwa. Uma kuqhathaniswa nokushisela okuvamile, ukushisela nge-laser kunamandla aphezulu.
Kunezinhlobo ezimbili zama-laser anamandla aphezulu asetshenziswa ekushiseni nge-laser - i-laser ye-CO2 kanye ne-laser eqinile/i-fiber. Ububanzi be-laser yangaphambili bungaba ngu-10.6μm kanti enye yalezi zinhlobo icishe ibe ngu-1.06/1.07μm. Lezi zinhlobo ze-laser zingaphandle kwe-infrared wave band, ngakho azibonakali ngamehlo abantu.
Yiziphi izinzuzo zokushisela nge-laser?
Ukushisela nge-laser kune-deformation encane, isivinini esikhulu sokushisela futhi indawo yayo yokushisa igxilile futhi iyalawuleka. Uma kuqhathaniswa nokushisela nge-arc, ububanzi be-laser light spot bungalawulwa ngokunembile. Indawo yokukhanya evamile ebusweni bezinto ezibonakalayo icishe ibe ngu-0.2-0.6mm ububanzi. Uma iseduze kakhulu nendawo yokukhanya, izoba namandla amaningi. Ububanzi be-weld bungalawulwa ngaphansi kuka-2mm. Kodwa-ke, ububanzi be-arc bokushisela nge-arc abunakulawulwa futhi bukhulu kakhulu kunobubanzi be-laser light spot. Ububanzi be-weld bokushisela nge-arc (ngaphezu kuka-6mm) bukhulu kakhulu kunokwesela nge-laser. Njengoba amandla avela ekushiseni nge-laser egxilile kakhulu, izinto ezincibilikisiwe zincane, okudinga amandla okushisa angaphansi. Ngakho-ke, ukuguqulwa kokushisela kuncane ngesivinini sokushisela esisheshayo.
Uma kuqhathaniswa nokushisela amabala, amandla okushisela nge-laser angakanani? Ngokushisela nge-laser, ukushisela kuwumugqa omncane futhi oqhubekayo kuyilapho ukushisela kwamabala kuwumugqa wamachashazi ahlukene. Ukuze kucace kakhudlwana, ukushisela okuvela ekushiseleni nge-laser kufana kakhulu ne-zip yejazi kuyilapho ukushisela okuvela ekushiseleni amabala kufana kakhulu nezinkinobho zejazi. Ngakho-ke, ukushisela nge-laser kunamandla aphezulu kunokushisela amabala.
Njengoba kushiwo ngaphambili, umshini wokushisela nge-laser osetshenziswa ekushiseleni umzimba wemoto uvame ukusebenzisa i-laser ye-CO2 noma i-fiber laser. Kungakhathaliseki ukuthi iyini i-laser, ivame ukukhiqiza ukushisa okukhulu. Futhi njengoba sonke sazi, ukushisa ngokweqile kungaba yinhlekelele kule mithombo ye-laser. Ngakho-ke, i-recirculating water chiller yezimboni ivame ukuba YIMFUNO. I-S&A Teyu inikeza izinhlobo eziningi ze-recirculating water chiller zezimboni ezifanele izinhlobo ezahlukene zemithombo ye-laser, kufaka phakathi i-CO2 laser, i-fiber laser, i-UV laser, i-laser diode, i-ultrafast laser njalo njalo. Ukunemba kokulawula izinga lokushisa kungafika ku-±0.1℃. Thola i-laser water chiller yakho efanele ku -https://www.teyuchiller.com
