Ukucutshungulwa kwe-laser kuhlangabezane nentuthuko esheshayo eminyakeni eyi-10 edlule e-China futhi kushintsha kancane kancane amasu endabuko. Kusukela ekuphrinteni isikrini ukuya ekumaka nge-laser nokuqoshwa, kusukela ekucindezelweni kwe-punch kuya ekusikeni kwe-laser, kusukela ekuwasha i-ejenti yamakhemikhali ukuya ekuhlanzeni nge-laser, lezi izinguquko ezinhle kumasu okucubungula. Lezi zinguquko zi-eco-friendly, zisebenza kahle futhi zikhiqiza kakhulu. Futhi leyo yinqubekelaphambili elethwa indlela ye-laser kanye nokuthambekela "okuhloswe ukuba kube njalo".
Indlela yokushisela i-laser ephathwa ngesandla ikhula ngokushesha
Mayelana ne-welding, inqubo nayo ihlangabezana nezinguquko. Kusukela ku-welding kagesi evamile evamile, i-arc welding kuye ekushiseleni kwe-laser yamanje. I-laser oriented laser welding isibe isicelo esibaluleke kakhulu okwamanje. Ukushisela nge-laser sekuneminyaka ecishe ibe ngu-30 kuthuthukiswa eChina. Kodwa esikhathini esidlule, abantu babevame ukusebenzisa umshini wokushisela we-LAG wamandla amancane we-YAG ukwenza umsebenzi wokushisela, kodwa umshini wokushisela we-LAG wamandla amancane we-YAG wawusezingeni eliphansi lokuzishintshashintsha futhi wawudinga ukulayishwa ngesandla nokuthulula. Ngaphezu kwalokho, ifomethi yayo yokusebenza ibincane kakhulu, okwenze kwaba nzima ukucubungula ucezu olukhulu lomsebenzi. Ngakho-ke, umshini wokushisela we-laser awuzange uthole ukusetshenziswa okubanzi ekuqaleni. Kodwa kamuva, eminyakeni embalwa edlule, umshini wokushisela we-laser unentuthuko enkulu, ikakhulukazi ukufika kwe-fiber laser welding kanye ne-semiconductor laser welding. Okwamanje, indlela yokushisela nge-laser ibisetshenziswa kabanzi ezimotweni, emkhathini nakwezinye izimboni ezisezingeni eliphezulu.
Ekupheleni kuka-2018, umshini wokushisela we-laser ophethwe ngesandla waqala ukuthola ukuthandwa kwawo. Ngenxa yokuncipha kwezindleko ze-fiber laser kanye nendlela esunguliwe yokudluliswa kwefayibha kanye nekhanda elibanjwa ngesandla.
Isizathu esenza umshini wokushisela we-laser ophethwe ngesandla udume ngokushesha ukuthi kulula ukuwusebenzisa futhi uyavumelana nezimo. Uma kuqhathaniswa nomshini wokushisela we-laser wendabuko onomkhawulo ophezulu wezobuchwepheshe, umshini wokushisela we-laser ophathwayo awudingi ukulungiswa nokulawula ukunyakaza. Kwamukeleka kakhudlwana emabhizinisini amaningi amancane.
Thatha insimbi engagqwali welding isibonelo. Ukushisela insimbi engagqwali kuyinto evamile ekuphileni kwethu kwansuku zonke futhi iningi lazo lisebenzisa i-TIG evamile yokushisela noma ukushisela amabala. Ngemva kweminyaka eminingi yokuthuthuka, ukusebenza ngezandla kusewumsebenzi omkhulu futhi ziningi kakhulu lezi zinhlobo zokushisela. Ungabona umkhondo we-TIG welding ezintweni zensimbi engagqwali ku-kitchenware, imikhiqizo yasendlini yangasese, iminyango namafasitela, ifenisha, imihlobiso yamahhotela nezinye izimboni eziningi. Ukushisela i-TIG kuvame ukusetshenziselwa ukushisela ishidi lensimbi engagqwali elincanyana noma ipayipi. Kodwa manje abantu bavele bathathe indawo yokushisela i-TIG ngokushisela i-laser ephathwayo futhi bayefana kakhulu ekusebenzeni. Ukuze uthole umshini wokushisela we-laser ophathwayo, abantu bazodinga kuphela ukuqeqeshwa okungaphansi kosuku, okubonisa amandla amakhulu omshini wokushisela we-laser ophathwayo esikhundleni sokushisela i-TIG.
Kungumkhuba wokuthi umshini wokushisela we-laser ophathwa ngesandla uthatha indawo yomshini wokushisela we-TIG
Ukushisela kwe-TIG kuvame ukudinga intambo yokushisela encibilikisiwe ukuze kuxhunywe, kodwa lokho kuvame ukuholela ekuphumeni engxenyeni yokushisela. Nokho, i-laser welding ephathwa ngesandla ayidingi intambo yokushisela futhi inengxenye yokushisela ebushelelezi. I-TIG yokushisela isineminyaka eminingi ithuthuka futhi inesisekelo esikhulu kunazo zonke somsebenzisi kuyilapho i-laser welding ephathwayo iwuhlobo lwesu lenoveli elithuthuka ngokushesha futhi libalela kuphela isisekelo sokusetshenziswa okuncane. Kodwa kuwumkhuba wokuthi i-laser welding ephathwayo izothatha indawo ye-TIG. Okwamanje, ngezindleko ezicatshangelwayo, ukushisela kwe-TIG nakho kudume kakhulu.
Namuhla, umshini wokushisela we-TIG ubiza kuphela u-3000RMB. Ngokuqondene nomshini wokushisela we-laser ophathwayo, ngo-2019, wawubiza ngaphezu kuka-150000RMB. Kodwa ngokuhamba kwesikhathi njengoba umncintiswano ushuba kakhulu, inani labakhiqizi bemishini yokushisela i-laser ephathwayo nayo yanda, eyehlisa intengo ngezinga elikhulu. Namuhla, kubiza kuphela u-60000RMB.
Ukushisela kwe-TIG kuvame ukubona njengokushisela amabala ezindaweni ezithile ukuze kuncishiswe umsebenzi wezandla nezinto zokwakha. Kepha nge-laser welding ephathwayo, yenza ukushisela yonke indlela ngomugqa wokushisela. Lokhu kwenza i-laser ephathwayo iqine kakhulu kune-TIG welding. Amandla avamile omshini wokushisela we-laser ophathwa ngesandla ahlanganisa i-500W,1000W,1500W noma i-2000W. Lawa mandla anele ukushisela amashidi ensimbi amancane. Imishini yamanje yokushisela i-laser ephathwayo isiye yaqina kakhulu futhi izingxenye eziningi ezihlanganisa inqubo yezimboni ze-chiller nazo zingahlanganiswa kuwo wonke umshini ngokuguquguquka okwengeziwe kanye nentengo ephansi.
S&A Isistimu yokupholisa yenqubo ye-Teyu inikela ekusetshenzisweni okubanzi kwe-laser welding ephathwayo
Njengoba i-laser welding ephathwayo izongena esikhundleni se-TIG ngokuzayo, izingxenye zayo ezifana nomthombo we-fiber laser, isistimu yokupholisa inqubo kanye nekhanda lokushisela nazo zizoba nesidingo esikhulu.
S&A I-Teyu ingumnikezeli wedivayisi yesiqandisi yezimboni oneminyaka engu-20 yesipiliyoni futhi uzinikele ekunikezeni ama-chiller enqubo yezimboni asebenza kahle afanele izinhlobo ezahlukene zedivayisi ye-laser. Emishinini yokushisela i-laser ephathwayo, S&A I-Teyu ikhuthaze uchungechunge lwe-RMFL ama-laser water chillers. Lolu chungechunge lwesistimu yokupholisa yenqubo luhlanganisa ukuklanywa kwe-rack mount, ukusebenza kahle kwesikhala, ukusetshenziswa kalula nokulungiswa okuphansi, okwenza kube kuhle ukupholisa umshini wokushisela we-laser ophathwa ngesandla. Thola ulwazi olwengeziwe mayelana nalolu chungechunge lwe-chiller ku-https://www.chillermanual.net/fiber-laser-chillers_c2
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