Uhlalutyo olufutshane lophuhliso lwe-handheld laser welding system

Malunga neminye iminyaka eli-10 eyadlulayo, umthombo welaser osetyenziswa kumatshini welaser wokuwelda kwimarike yasekhaya yayiyi-laser eqinile yokumpompa i-laser esebenzisa amandla amakhulu kunye nobukhulu obukhulu. Ukuze kulungiswe i-drawback ye “kunzima ukutshintsha indlela yokukhanya”, i-fiber optic transmission based laser welding machine yaqaliswa. Kwaye emva koko iphefumlelwe isixhobo sokuhambisa ifayibha optic yangaphandle, abavelisi basekhaya baphuhlisa eyabo inkqubo yokuwelda i-laser. 

Olu yayiluguqulelo lwe-1.0 lomatshini wokuwelda we-laser ophathwa ngesandla. Kuba isebenzisa ifayibha optic transmission flexible, umsebenzi welding waba bhetyebhetye ngakumbi kwaye kulula ngakumbi 

Ngoko abantu banokubuza, “Yeyiphi engcono? Umatshini wokuwelda we-TIG okanye inguqulo ye-1.0 yomatshini we-laser welding wesandla?” Ewe, ezi zintlobo ezimbini ezahlukeneyo zesixhobo ezinemigaqo yokusebenza eyahlukeneyo. Singatsho nje ukuba banezabo izicelo 

TIG umatshini welding:

1.Iyasebenza kwizinto ze-welding ezingaphezulu kwe-1mm ubukhulu;

2.Ixabiso eliphantsi kunye nobukhulu obuncinci;

3.Amandla e-weld aphezulu kwaye afanelekile kwiintlobo ezahlukeneyo zezinto;

4.Indawo yokuwelda inkulu kodwa inenkangeleko entle;

Nangona kunjalo, nayo inezithintelo zayo:

1. Indawo echaphazela ubushushu inkulu kakhulu kwaye uguquko lunokwenzeka;

2.Izinto eziphathekayo ezine-1mm ngaphantsi kobukhulu, kulula ukuba nentsebenzo embi ye-welding;

3.Isibane se-arc kunye nomsi wenkunkuma awulunganga kumzimba womntu

Ke ngoko, iwelding ye-TIG ifaneleke ngakumbi kwi-welding medium thick materials ezifuna iqondo elithile lokuwelda amandla.

I-1.0 inguqulo yomatshini we-laser welding ephathwayo

1.Indawo ekugxilwe kuyo yayincinci kwaye ichanekile, ifumaneka ukuba ilungelelaniswe phakathi kwe-0.6 kunye ne-2mm;

2.Indawo echaphazela ubushushu yayincinci kakhulu kwaye ingenako ukwenza inguquko;

3.Akukho mfuneko yokulungiswa kweposi njengokupolisha okanye into enjalo;

4.Akukho nkunkuma ikhupha umsi

Nangona kunjalo, kuba inguqulo ye-1.0 yenkqubo ye-laser welding ephathwayo yayisemva kwayo yonke into entsha, ixabiso layo laliphezulu ngokusetyenziswa kwamandla aphezulu kunye nobukhulu obukhulu. Ngaphezu koko, ukungena kwe-weld kwakungenzulu kwaye amandla e-welding ayengekho phezulu 

Ke ngoko, inguqulelo ye-1.0 yomatshini we-laser welding we-handheld yenzeke ukoyisa imiqobo yomatshini wokuwelda we-TIG. Ilungele ukuwelda izixhobo zepleyiti ezibhityileyo ezifuna amandla asezantsi we-welding. Inkangeleko ye-weld intle kwaye ayifuni i-post-polish. Oku kwenza umatshini wokuwelda we-laser obambe ngesandla waqala ukusetyenziswa kwishishini lokulungisa izixhobo zentengiso kunye nokusila. Nangona kunjalo, ixabiso eliphezulu kunye namandla aphezulu kunye nobukhulu obukhulu buthintele ukuba kukhuthazwe ngokubanzi kwaye kusetyenziswe 

Kodwa kamva ngo-2017, abavelisi belaser basekhaya babekhula kwaye umthombo wasekhaya wokusebenza okuphezulu kwe-laser wakhuthazwa ngokubanzi. I-500W, i-1000W, i-2000W kunye ne-3000W imithombo ye-laser yamandla aphakathi aphezulu yakhuthazwa ngabavelisi be-laser abahamba phambili njengoRaycus. Ifiber laser kungekudala yathatha isabelo esikhulu semarike kwimarike yelaser kwaye ngokuthe ngcembe yathatha indawo yelaser yokumpompa ukukhanya. Ke abanye abavelisi besixhobo se-laser baphuhlisa umatshini wokuwelda we-laser obambe ngesandla kunye ne-500W ifayibha laser njengomthombo welaser. Kwaye le yayiyi-2.0 inguqulelo ye-handheld laser welding system 

Xa kuthelekiswa nenguqulo ye-1.0, i-2.0 ye-2.0 ye-handheld laser welding machine iphucule kakhulu ukusebenza kwe-welding kunye nokusebenza kokucubungula kwaye yakwazi ukuthunga izinto ezingaphantsi kwe-1.5mm ubukhulu obufuna iqondo elithile lamandla. Nangona kunjalo, inguqulo ye-2.0 yayingagqibelelanga ngokwaneleyo. Indawo ekujongwe kuyo echanekileyo kakhulu ifuna ukuba iimveliso ezidityanisiweyo nazo zichaneke. Umzekelo xa welding imathiriyeli 1mm, ukuba umgca weld mkhulu kuno 0.2mm, ukusebenza welding kuya kuba ngaphantsi kokwanelisa. 

Ukuhlangabezana nemfuneko yomgca we-weld, abavelisi besixhobo se-laser kamva baphuhlisa umatshini wokuwelda we-laser we-wobble ophathwa ngesandla. Kwaye le yinguqulo ye-3.0 

Olona phawu luphambili lomatshini wokuwelda obambe ngesandla we-laser kukuba indawo ekugxilwe kuyo i-welding iyashukuma ngamaza amaninzi, nto leyo eyenza ukuba indawo ekugxilwe kuyo i-welding ilungelelaniswe ibe yi-6mm. Oko kuthetha ukuba inokudibanisa iimveliso ngomgca we-weld omkhulu. Ngaphandle koko, inguqulo ye-3.0 incinci kunenguqulo ye-2.0 ngobukhulu kunye nexabiso eliphantsi, elitsale ingqalelo enkulu emva kokuba isungulwe kwimarike. Kwaye le yinguqulelo esiyibona kwimarike ngoku 

Ukuba ulumkele ngokwaneleyo, unokuqaphela ukuba kuhlala kukho isixhobo sokupholisa phantsi komthombo welaser yefiber ngaphakathi kwenkqubo yelaser ephathwayo. Kwaye eso sixhobo sokupholisa sisetyenziselwa ukugcina umthombo we-fiber laser ukusuka ekutshiseni, kuba ukushisa okugqithisileyo kuya kukhokelela ekunciphiseni ukusebenza kwe-welding kunye nobomi obufutshane. Ukuze ilingane kwi-handheld laser welding system, isixhobo sokupholisa kufuneka sibe luhlobo lwe-rack mount. S&A RMFL series rack entabeni chillers zenzelwe ngokukodwa umatshini welding laser ephathwayo ukusuka 1KW ukuya 2KW. Uyilo lwe-rack Mount luvumela ii-chillers ukuba zidityaniswe kuyilo lomatshini, konga indawo enkulu kubasebenzisi. Ngaphandle koko, uthotho lwe-RMFL rack Mount chillers lunolawulo oluphindwe kabini lobushushu olunikezela ukupholisa okuzimeleyo kwentloko ye-laser kunye ne-laser ngempumelelo. Fumana ulwazi oluthe kratya malunga ne-RMFL series rack mount chillers kwi  https://www.teyuchiller.com/fiber-laser-chillers_c2