Izindlela ze-laser ezibalulwe ngenhla ezisetshenziswa ekukhiqizweni kwebhethri ye-lithium zinento eyodwa efanayo -- zonke zisebenzisa i-UV laser njengomthombo we-laser.
Ibhethri ye-lithium manje ikhona yonke indawo empilweni yethu yansuku zonke. Kusukela ku-smart phone kuya ezimotweni zamandla amasha, isibe umthombo omkhulu wamandla kuzo. Futhi ekukhiqizeni ibhethri ye-lithium, kunezinhlobo ezimbili zamasu e-laser asetshenziswa kabanzi
I-laser welding
Ukukhiqizwa kwebhethri ye-lithium kuhilela inqubo yokushisela isiqeshana esidinga ukushisela ucezu lwesigxobo sebhethri kanye nocezu lwamanje lokuqoqa ndawonye. Impahla ye-anode idinga ukushiselwa kweshidi le-aluminium kanye ne-aluminium foil. Futhi impahla ye-cathode idinga ukushisela i-foil yethusi kanye neshidi le-nickle. Indlela yokushisela efanelekile nelungiselelwe idlala indima ebalulekile ekongeni izindleko zokukhiqiza zebhethri le-lithium nokugcina ukwethembeka kwayo. I-welding yendabuko iyi-welding ye-ultrasonic okulula ukubangela ukushisela okunganele. Ngaphezu kwalokho, ikhanda layo lokushisela kulula ukuguga futhi isikhathi sayo sokugqoka asiqiniseki. Ngakho-ke, kungenzeka kuholele ekuvuneni okuphansi
Kodwa-ke, ngesu le-UV laser welding, umphumela ubuzohluka ngokuphelele. Njengoba izinto zebhethri le-lithium zinezinga eliphezulu lokumunca ekukhanyeni kwe-UV laser, ubunzima bokushisela buphansi kakhulu. Ngaphandle kwalokho, indawo ethinta ukushisa incane kakhulu, okwenza umshini wokushisela we-UV laser ube yindlela ephumelela kakhulu yokushisela ekukhiqizeni ibhethri ye-lithium.
Ukumaka nge-laser
Ukukhiqizwa kwebhethri ye-lithium kuhilela ezinye izinqubo eziningi, kuhlanganise nolwazi lwempahla eluhlaza, inqubo yokukhiqiza kanye namasu, iqoqo lokukhiqiza, umkhiqizi, usuku lokukhiqiza nokunye. Ungalandelela kanjani wonke umkhiqizo? Nokho, kudinga ukugcina lolu lwazi olubalulekile kukhodi ye-QR. Indlela yokuphrinta yendabuko inobubi bokuthi ukumaka kube lula ukunyamalala ngesikhathi sokuthutha. Kodwa ngomshini wokumaka we-laser we-UV, ikhodi ye-QR ingahlala isikhathi eside, kungakhathaliseki ukuthi isimo sinjani. Ngenxa yokuthi ukumaka kuthatha isikhathi eside, kungafeza injongo yokulwa nokukhwabanisa
Izindlela ze-laser ezibalulwe ngenhla ezisetshenziswa ekukhiqizweni kwebhethri ye-lithium zinento eyodwa efanayo -- zonke zisebenzisa i-UV laser njengomthombo we-laser. I-UV laser inobude obungu-355nm futhi yaziwa ngokucubungula okubandayo. Lokho kusho ukuthi ngeke kulimaze ibhethri ngesikhathi senqubo yokushisela noma yokumaka. Kodwa-ke, i-laser ye-UV izwela kakhulu izinguquko ezishisayo futhi uma ingaphansi kokuguquguquka okukhulu kwezinga lokushisa, ukuphuma kwayo kwe-laser kuzothinteka. Ngakho-ke, ukuze ulondoloze ukuphuma kwe-laser ye-laser ye-UV, indlela ephumelela kakhulu ukungeza i-chiller yamanzi yezimboni. S&I-Teyu CWUL-05 air cooled water chiller ilungele ukupholisa i-3W-5W UV laser. Le chiller yamanzi yezimboni ibonakala ngokuthi ±0.2℃ ukuzinza kwezinga lokushisa kanye nepayipi eliklanywe kahle. Lokhu kusho ukuthi ibhamuza mancane amathuba okuthi lenzeke, okunganciphisa umthelela kumthombo we-laser. Ngaphandle kwalokho, i-CWUL-05 air cooled water chiller iza nesilawuli sezinga lokushisa esihlakaniphile ukuze izinga lokushisa lamanzi lishintshe njengoba izinga lokushisa lendawo lishintsha, linciphise amathuba okuba amanzi ajiyile. Ukuze uthole ulwazi olwengeziwe mayelana nalesi sikhilimu samanzi, chofoza https://www.teyuchiller.com/compact-recirculating-chiller-cwul-05-for-uv-laser_ul1
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