I-China ilindele ukuhlala eNyangeni ngaphambi kowama-2030, iTekhnoloji yeLaser iya kudlala indima ebalulekileyo.

Ngomhla wama-29 kuMeyi ka-2023, u-Lin XiQiang, isithethi senkqubo yase-China elawulwa ngabantu, watyhila iindaba zesicwangciso sase-China sokufika enyangeni okokuqala ngo-2030 ngexesha lenkomfa yabezindaba yemishini yase-Shenzhou-16. Ezi ndaba zivuyise abantu abaninzi abathanda i-aerospace, kwaye u-Elon Musk, i-CEO ye-SpaceX, ubonise umdla omkhulu, echaza ukuba inkqubo ye-space yase-China ihambele phambili kunokuba abantu abaninzi becinga.

Isicwangciso saseTshayina esijonge phambili enyangeni sixhaswa kakhulu bubuchwepheshe belaser, obudlala indima ebalulekileyo nesebenzayo kuphuhliso lweshishini le-aerospace yaseTshayina. Ngoku makhe siphonononge usetyenziso lwetekhnoloji yelaser kwindawo ye-aerospace:

I-Laser 3D Imaging Technology yenye yezinto eziphambili

Le teknoloji ivumela i-spacecraft ukuba yenze umfanekiso we-multi-beam ukusuka kumakhulu ambalwa eemitha ngaphezu kwendawo yenyanga, eyenza ukumiselwa kwendawo yokumisa ekhuselekileyo. Ngaphambili, nakuphi na ukuma kwakusenziwa ngobumfama, nto leyo eyayibeka umngcipheko omkhulu. Ukuvela kwetekhnoloji yomfanekiso we-laser 3D kuye kwabeka isiseko esiluqilima senkqubo yaseTshayina yokufika kwenyanga.

Ukusetyenziswa ngokubanzi kweTekhnoloji yeLaser Range

Itekhnoloji yokulinganisa iLaser isetyenziswe ngokubanzi kumlinganiselo ochanekileyo we-laser satellite orbits, kunye nokuzimisela kunye nokubeka iliso kwiindlela zobutyobo bendawo. I-Laser pulse range, i-laser phase range, kunye ne-laser triangulation okwangoku zezona ndlela zokulinganisa eziphambili ezisetyenziswayo.

I-Laser Cutting kunye ne-Laser Welding Technology idlale indima ebalulekileyo

Ukwenziwa kweenjini ze-aerospace kunzima kakhulu kwaye kubandakanya ukusetyenziswa kwezinto ezahlukeneyo. Amacandelo aphezulu obushushu kufuneka amelane nobushushu obunamandla kunye noxinzelelo. Iindlela zoomatshini eziqhelekileyo azintsonkothanga nje kuphela kodwa zikwasokola ukuhlangabezana neenkqubo ezifunekayo. Ukusika iLaser, i-welding, kunye ne-perforating ibonelela ngezibonelelo ezinje ngokuchaneka okuphezulu, isantya sokusebenza ngokukhawuleza, indawo encinci echatshazelwe bubushushu, kwaye akukho ziphumo zoomatshini. Ngenxa yoko, baye bafumana ukusetyenziswa okubanzi kwi-injini yokwenziwa kwe-aerospace.

I-Laser Additive Manufacturing Technology YiNdlela yokuVelisa esebenzayo

Itekhnoloji yokuvelisa i-laser ivumela ulawulo oluchanekileyo phezu kwezakhiwo eziphathekayo, ngaloo ndlela iphucula ukuqina kunye nokuthembeka kwamacandelo. Isetyenziswa kakhulu ekwenzeni iincakuba ze-injini ye-aerospace, i-vanes yesikhokelo se-iturbine, kunye nezinye izinto.

Ukupholisa ngeLaser Itekhnoloji ibonelela ngengqinisekiso eyomeleleyo kwiindlela ezahlukeneyo zokuLungisa iiLaser

Laser chillers qinisekisa uzinzo lwe-laser wavelength ngolawulo oluchanekileyo lokupholisa, ngaloo ndlela uqinisekisa ukuchaneka kokulungiswa kunye nomgangatho. Baphucula umgangatho we-beam, bazinzise iindlela ze-longitudinal kunye ne-transverse ye-laser beam, kwaye banqande ukuhlukana kwe-beam kunye nokuguqulwa. Itekhnoloji yokupholisa i-laser inciphisa ngokufanelekileyo uxinzelelo lwe-thermal, iqinisekisa uzinzo kunye nobomi besixhobo, iphucula ukusebenza kakuhle kwemveliso ye-laser, inyusa isantya sokusebenza kunye nokusebenza kakuhle, kunye nokunciphisa iindleko zemveliso.

Iminyaka engama-21 yamava kwitekhnoloji yokupholisa i-laser, i-TEYU ibonelela ngoluhlu lweemveliso ze-chiller ezibandakanya i-fiber laser chillers, i-CO2 laser chillers, izixhobo zomatshini we-CNC wokupholisa, i-UV laser chillers, i-ultrafast laser chillers, kunye nokunye. Ezi chillers feature eliphezulu okupholisa umthamo, ulawulo olukrelekrele, ulawulo lobushushu echanekileyo, ukusebenza kakuhle, ukusebenza okonga amandla, ubuhlobo kokusingqongileyo, kunye nenkxaso emva-intengiso ethembekileyo. I-TEYU chiller lolona khetho lufanelekileyo xa ukhetha i-laser chiller.