Ukuhlaziywa kafushane kokuthuthukiswa kohlelo lwe-laser welding oluphathwa ngesandla

Cishe eminye iminyaka eyi-10 edlule, umthombo we-laser owawusetshenziswa emshinini wokushisela we-laser emakethe yasekhaya wawuyisimo esiqinile sokupompa i-laser esebenzisa amandla amakhulu kanye nosayizi omkhulu. Ukuze uxazulule i-drawback ye “kunzima ukushintsha indlela yokukhanya”, umshini wokushisela we-laser we-fiber optic transmission wethulwa. Bese begqugquzelwa idivaysi yokudlulisa i-fiber optic yangaphandle, abakhiqizi basekhaya basungule olwabo uhlelo lokushisela i-laser oluphathwa ngesandla. 

Lena kwakuyinguqulo engu-1.0 yomshini wokushisela we-laser ophathwa ngesandla. Njengoba isebenzisa i-fiber optic transmission eguquguqukayo, ukusebenza kwe-welding kwaba nezimo futhi kulula kakhulu 

Ngakho-ke abantu bangabuza, “Iyiphi engcono? Umshini wokushisela we-TIG noma inguqulo engu-1.0 yomshini wokushisela we-laser ophathwa ngesandla?” Nokho, lezi izinhlobo ezimbili ezahlukene zedivayisi enezimiso zokusebenza ezihlukene. Singasho nje ukuthi banezicelo zabo 

Umshini wokushisela we-TIG:

1.Isebenza ezintweni zokushisela ezingaphezu kuka-1mm ubukhulu;

2.Intengo ephansi enosayizi omncane;

Amandla e-3.High weld futhi afanele izinhlobonhlobo zezinto zokwakha;

4.Indawo yokushisela inkulu kodwa ibukeka kahle;

Nokho, nayo inezihibe zayo:

1.Indawo ethinta ukushisa inkulu kakhulu futhi kungenzeka kube nokonakala;

2.Ngokwezinto ezinobukhulu obungu-1mm ngaphansi, kulula ukuba nokusebenza kabi kwe-welding;

3.Isibani se-arc kanye nentuthu kadoti kuyingozi emzimbeni womuntu

Ngakho-ke, i-TIG welding ifaneleka kakhulu ekushiseni okuphakathi kwezinto eziwugqinsi ezidinga izinga elithile lokushisela amandla.

1.0 inguqulo yomshini wokushisela we-laser ophathwayo

1.Indawo okugxilwe kuyo yayincane futhi inembile, itholakala ukuthi ingalungiswa phakathi kuka-0.6 no-2mm;

2.Indawo ethinta ukushisa yayincane kakhulu futhi ingakwazi ukubangela ukuguga;

3.Ayikho imfuneko yokucubungula okuthunyelwe njengokupholisha noma into enjalo;

4.Ayikho intuthu yemfucuza ekhiqizayo

Kodwa-ke, njengoba inguqulo engu-1.0 yesistimu ye-laser welding ephathwayo yayiwukusungulwa okusha, intengo yayo yayiphezulu uma iqhathaniswa nokusetshenziswa kwamandla okuphezulu kanye nosayizi omkhulu. Ngaphezu kwalokho, ukungena kwe-weld kwakungajulile futhi amandla okushisela ayengekho phezulu 

Ngakho-ke, inguqulo engu-1.0 yomshini wokushisela we-laser ophathwayo wenzeke ukunqoba izithiyo zomshini wokushisela we-TIG. Ifanele ukushisela izinto zepuleti elincane elidinga amandla aphansi we-welding. Ukubukeka kwe-weld kuhle futhi akudingi ukupholishwa ngemuva. Lokhu kwenza umshini wokushisela we-laser ophethwe ngesandla waqala ukusetshenziswa ekukhangiseni nasekulungiseni ibhizinisi lokugaya amathuluzi. Kodwa-ke, intengo ephezulu namandla aphezulu kanye nosayizi omkhulu kuvimbele ukuthi kukhuthazwe kabanzi futhi kusetshenziswe 

Kodwa ngokuhamba kwesikhathi ngo-2017, abakhiqizi be-laser basekhaya babedlondlobala futhi umthombo wasekhaya wokusebenza okuphezulu kwe-fiber laser wakhuthazwa kabanzi. I-500W, 1000W, 2000W kanye ne-3000W imithombo ye-laser yamandla aphezulu aphakathi nendawo ithuthukiswe abakhiqizi be-laser abahamba phambili abafana noRaycus. Ngokushesha i-fiber laser yathatha ingxenye enkulu yemakethe emakethe ye-laser futhi kancane kancane yathatha indawo ye-solid state pumping laser. Bese kuthi abanye abakhiqizi bedivaysi ye-laser bathuthukise umshini wokushisela we-laser ophathwa ngesandla one-500W fiber laser njengomthombo we-laser. Futhi lena kwakuyinguqulo engu-2.0 yesistimu yokushisela i-laser ephathwayo 

Uma kuqhathaniswa nenguqulo engu-1.0, inguqulo engu-2.0 yomshini wokushisela we-laser ophethwe ngesandla ithuthukise kakhulu ukusebenza kahle kokushisela nokusebenza kokucubungula futhi yakwazi ukushisela izinto ezinogqinsi olungaphansi kuka-1.5mm ezidinga izinga elithile lamandla. Kodwa-ke, inguqulo ye-2.0 yayingaphelele ngokwanele. Indawo okugxilwe kuyo ukunemba okuphezulu kakhulu idinga ukuthi imikhiqizo eshiselwe nayo inembe. Isibonelo uma ushisela izinto ezingu-1mm, uma ulayini wokushisela mkhulu kuno-0.2mm, ukusebenza kwe-welding bekungeke kugculise kancane. 

Ukuze kuhlangatshezwane nesidingo esinzima solayini wokushisela, abakhiqizi bemishini ye-laser kamuva bathuthukisa umshini wokushisela we-laser wesitayela se-wobble ophathwa ngesandla. Futhi lena inguqulo ye-3.0 

Isici esiyinhloko somshini wokushisela we-laser wesitayela se-wobble ophathwa ngesandla ukuthi indawo egxilwe kuyo inyakazisa imvamisa ephezulu, okwenza indawo egxile ekushiseleni ilungiswe ibe ngu-6mm. Lokho kusho ukuthi ingashisela imikhiqizo ngomugqa omkhulu wokushisela. Ngaphandle kwalokho, inguqulo engu-3.0 incane kunenguqulo engu-2.0 ngosayizi enenani eliphansi, okudonse ukunaka okukhulu uma yethulwa emakethe. Futhi lena inguqulo esiyibona emakethe manje 

Uma uqaphele ngokwanele, ungase uqaphele ukuthi kuvame ukuba nedivayisi yokupholisa ngaphansi komthombo we-fiber laser ngaphakathi kwesistimu yokushisela i-laser ephathwayo. Futhi leyo divayisi yokupholisa isetshenziselwa ukugcina umthombo we-fiber laser ekushiseni ngokweqile, njengoba ukushisa ngokweqile kuzoholela ekwehleni kokusebenza kokushisela kanye nokuphila okufushane. Ukuze ilingane kusistimu yokushisela i-laser ephathwayo, idivayisi yokupholisa idinga ukuba uhlobo lokukhweza i-rack. S&Uchungechunge lwe-RMFL rack mount chillers lwenzelwe ikakhulukazi umshini wokushisela we-laser ophathwayo osuka ku-1KW ukuya ku-2KW. Idizayini yokubeka i-rack ivumela ama-chillers ukuthi ahlanganiswe nesakhiwo somshini, konga isikhala esikhulu kubasebenzisi. Ngaphandle kwalokho, ama-RMFL series rack mount chillers anokulawula okumbaxambili kwezinga lokushisa okunikeza ukupholisa okuzimele kwekhanda le-laser kanye ne-laser ngempumelelo. Thola okwengeziwe ngochungechunge lwe-RMFL rack mount chillers ku  https://www.teyuchiller.com/fiber-laser-chillers_c2