Injin "Abin Mamaki" na Laser na kasar Sin ya yi fice a duniya: Walda gaba daya a cikin dakika 43
Ka yi tunanin tsawon lokacin da ake ɗauka don haɗa sabuwar motar lantarki gaba ɗaya (NEV)? Amsar na iya zama babban abin mamaki—daƙiƙa 43! To, ta yaya fasahar laser ta China ta karya ikon mallakar ƙasashen waje? Yawancin mutane sun saba da laser: yawan ƙarfinsu mai yawa ya sa suka dace da yanke kayan aiki, kuma walda da yankewa suna da alaƙa ta asali.
Bari mu fara daFasahar yanke laser mai sassa biyar ta 3DA matsayin tsarin sarrafa masana'antu don sassan ƙarfe, yana amfani da "tsarin haɗin kai mai kusurwa biyar" don ba da damar motsi mai sassauƙa na kayan aiki masu kusurwa da yawa. A lokaci guda, yana mai da hankali kan makamashi tare da hasken laser mai ƙarfi don narke kayan aiki cikin sauri, tare da shirye-shirye masu wayo da gyaran hanya ta ainihin lokaci. Wannan tsarin zai iya yanke sassan ƙarfe daidai tare da saman 3D mai lanƙwasa, yana cimma daidaiton sarrafawa mai girma sosai.
Hakika manhaja tana da matuƙar muhimmanci. Tsarin sarrafa lambobi (NC) wanda aka ƙirƙiro musamman yana sarrafa sigogi kamar yanayin motsi, gudu, hanzarta kan yanke laser, da ƙarfin laser, wanda ke ba da damar yanke sassa masu rikitarwa na 3D daidai. Ana amfani da injunan yanke laser na 3D masu axis biyar sosai a fannoni daban-daban na masana'antu.
Misali, ɗauki tsarin sarrafa kayan da aka yi amfani da su a masana'antar kera motoci. Waɗannan injunan za su iya yanke faranti masu ƙarfi na ƙarfe—kamar haƙa ramuka da kuma gyara sassan ƙarfe masu ƙarfi kamar sandunan hana karo a ƙofa, sassan chassis, da sassan injin—sannan su maye gurbin buga takardu masu kyau.
Wani aikace-aikacen kuma shine sarrafa sassan a fannin sararin samaniya. Ana amfani da fasahar yanke laser mai kusurwa biyar ta 3D don kera ruwan wukake na injin jiragen sama, fikafikai, sassan tsarin fuselage, da sassan sararin samaniya. Yana yanke saman da ke lanƙwasa masu rikitarwa da siraran bango, ba wai kawai yana tabbatar da daidaiton girma da ingancin saman sassan ba, har ma yana taimakawa rage nauyin jiragen sama, inganta ingantaccen mai, da haɓaka aikin tashi.
Bugu da ƙari, ana amfani da wannan fasaha sosai a fannin gina jiragen ruwa, injunan gini, kayan aikin likitanci, kayan ado na gine-gine, kayan lantarki, da kayan lantarki, wanda ke ba da goyon baya mai ƙarfi ga ƙirƙira fasaha da haɓaka samfura a waɗannan masana'antu.
Ta hanyar bincike da ci gaba mai zaman kansa, kamfanin Huazhong Numerical Control na kasar Sin ya ƙaddamar da "Huazhong-9 Intelligent NC System" cikin nasara—wani tsarin NC mai inganci wanda aka samar a cikin gida. Wannan tsarin yana da manyan ayyuka guda huɗu: fahimtar kai tsaye, koyo kai tsaye, yanke shawara kai tsaye, da aiwatar da kai tsaye. Ya zarce tsarin da aka shigo da shi daga waje wajen inganci da kwanciyar hankali, tare da ingancin sarrafa shi ya kai kashi 105% na tsarin da aka shigo da shi daga waje.
Ana ɗaukar janaretocin laser masu ƙarfin fiber a matsayin "zuciyar" yanke laser, domin suna samar da hasken laser mai ƙarfi. Injinan laser masu ƙarfin fiber na China waɗanda aka haɓaka da kansu, waɗanda ke da ƙarfin lantarki daga 3kW zuwa 20kW, sun karya ikon mallakar ƙasashen waje gaba ɗaya, kuma farashinsu shine kashi 60% kawai na na waɗanda aka shigo da su daga ƙasashen waje.
Kan yanke, wanda ake gani a matsayin "rufin kaifi," muhimmin sashi ne wanda ke hulɗa kai tsaye da kayan aikin. A da, saboda tsarinsa mai rikitarwa da kuma buƙatun rufewa mai yawa, ya dogara gaba ɗaya akan shigo da kayayyaki daga Trumpf na Jamus. Duk da haka, injin yanke laser na zamani na ƙarni na biyar na HG Tech wanda aka ƙaddamar a duk duniya, ya sami iko mai zaman kansa 100% akan mahimman abubuwan haɗin gwiwa. Ba wai kawai yana karya shingen fasaha na kayan aikin yanke laser masu inganci ba, har ma yana haɓaka tsarin maye gurbin gida. 
A yau, China ta yi nasarar shiga cikin Jamus, Italiya, da Japan a matsayin ƙasa ta huɗu a duniya da ta ƙware a fannin fasahar sarrafa laser mai amfani da fasahar 3D mai amfani da fasahar laser ...
Yayin da yanke laser ya karya ikon mallakar fasaha, fasahar walda ta laser ta kasar Sin ta kai matsayin ci gaba na duniya. Ta samu sakamako mai kyau musamman a fannin walda mai matsakaicin kauri.walda laser ta hannu, da walda mai saurin gaske ta laser. A yau, kasar Sin tana da fasaha da ikon samar da sassan ƙarfe masu rikitarwa na titanium waɗanda suka fi murabba'in mita 12 ta amfani da laser, waɗanda aka yi amfani da su a cikin samfura da ƙera kayayyaki na ayyukan bincike da haɓaka sararin samaniya na cikin gida da yawa.
Lasers suna da ƙarfi sosai kuma suna samar da tasirin zafi mai mahimmanci lokacin hulɗa da kayan daskararru.Tsaftace Lasermusamman, yana da fa'idodin inganci mai yawa, tsafta mai yawa, babban rufewa, da kuma ikon yin aiki a nesa lafiya da aminci.
Bayan shekaru da dama na bincike da bincike, kasar Sin ta cimma wani gagarumin ci gaba a fasahar yanke laser mai siffar 3D mai kusurwa biyar daga "wasu na iko da ita" zuwa "ikon da ba ta da 'yanci." A bayan wannan, ba wai kawai ci gaban fasaha na manyan kamfanonin fasaha na kasar Sin ba ne, har ma da bukatar da ake da ita daga tsarin masana'antarta.
A gefe guda, a matsayinta na babbar ƙasar masana'antu a duniya, buƙatar gaggawa ta China na sauye-sauye masu inganci da basira sune ginshiƙin da ke jagorantar kasuwa. Bukatun da ake buƙata don sarrafa sassa masu lanƙwasa masu rikitarwa a fagen sararin samaniya, buƙatar samar da manyan tirelolin batir masu sauƙi a masana'antar NEV, da kuma tsammanin haɓaka inganci wajen yanke saman lanƙwasa masu siffofi na musamman a cikin ginin jiragen ruwa sun haɗu sun samar da "yanayin buƙata mai tsauri" don sake fasalin fasaha.
A gefe guda kuma, kamfanonin kayan aikin laser na kasar Sin waɗanda HG Tech da Han's Laser suka wakilta sun shawo kan manyan fasahohin ta hanyar dagewa na "goge takobi na tsawon shekaru goma." Wannan kyakkyawar hulɗar "kasuwa tana haifar da tambayoyi, kuma kamfanoni suna ɗaukar ayyuka" ya ba da damar ƙirƙirar fasaha ta sami tushe a cikin masana'antu.
Nan gaba, manyan kayan aikin fasaha na kasar Sin za su ci gaba da samar da sabbin ci gaba!
Lokacin Saƙo: Oktoba-14-2025
