Iindaba

I-ASD (1)

Ukususela nge-18 kaJuni ukuya kwengama-20, "Ibhetri ibonisa iYurophu 2024" iya kubanjelwa kwiZiko leMiboniso eStuttgart eJamani. Lo mboniso yeyona teknoloji inkulu yebhetri eYurophu, eneebhetri ezingaphezu kwe-1 000 kunye nabavelisi bezithuthi zombane ezithatha inxaxheba kwaye batsalela ngaphezulu kwe-19,000 yeengcali ezivela kwihlabathi liphela. Ngeli xesha, uCarman Haar Laser uya kuba kwindawo "ye-4-F56" yeBhor 4, eza neemveliso zesicelo se-LITIUS BETY I-LITIUS yebhetri kunye nezisombululo kwi-Stutttgart ye-Stutttgart ye-Stutttgart.

IIMPAHLA ZOKUGQIBELA

Kulo mboniso, uCarman Haas Laser uza kuzisa izisombululo ezisemgangathweni eziphezulu nezisebenzayo ze-LITIU kwi-LITIIM Iseli kunye neemodyuli zemodyuli kubathengi behlabathi.

I-01 yebhetri ye-cylindrical tarret larn flung scanner scan

I-ASD (2)

Iimpawu zemveliso:

I-1, uyilo olukhethekileyo lomsindo ophantsi kunye noyilo oluphezulu oluphezulu, lunokuxhasa umsebenzi we-10000w ye-welling welding;

2, Uyilo olukhethekileyo lokudibana kunye nokulungiswa kuqinisekisa ukuba ilahleko iyonke yentloko yeskena ilawulwa ngezantsi i-3.5%;

3, Ulungelelwaniso olusemgangathweni: ukubeka iliso kwi-CCD, ukutshata kunye neemodyuli zomoya eziphindwe kabini; ixhasa iinkqubo ezahlukeneyo zokubeka iliso kwinkqubo;

4, phantsi kokujikeleza okungafaniyo, ukuchaneka kwe-trajectoction iphantsi kwe-0.05mm.

I-02 ibhetri yebhetri

I-ASD (3)

I-Laser yokusika ibhetri yebhetri yebhetri isebenzisa i-Laser yamandla e-Gight Gound ukuze isebenze kwindawo ye-Pole yebhetri ukuze ifudumeze, ibekho inyibiba yendawo, ifikelela, okanye ifikelela kwindawo yokugcina imingxunya ukwenza imingxunya. Njengoko i-beam ihamba kwi-Pole ye-Pole, imingxunya iyasebenza ngokuqhubekayo ukuba yenze isilayidi esinqabileyo, ngaloo ndlela igqiba ukusika isiqwenga se-pole.

Iimpawu zemveliso:

1, Uhlobo olungapheliyo, akukho kufa yingxaki, uzinzo lwenkqubo elungileyo;

Ifuthe lobushushu lingaphantsi kwe-60m kunye ne-molten kunye ne-molle edyflow ingaphantsi kwe-10m.

3, inani leentloko ze-laser zokwenzakaliswa zinokubekwa ngokukhululekileyo, iintloko ezingama-2-8 zinokufezekiswa ngokweemfuno, kwaye ukuchaneka komoya kunokufikelela kwi-10m; I-3-entloko ye-galvanometer iqhekeza, ubude bokusika bunokufikelela kwi-1000mm, kwaye ubungakanani bokusika bukhulu.

4, ngengxelo egqibeleleyo kunye nezokhuseleko i-loop evaliweyo, izinzile kwaye ikhuselekileyo inokufezekiswa.

5, Umlawuli unokuba ngaphandle kweintanethi ukuqinisekisa ukuqina kwemveliso eqhelekileyo; Ikwanazo neendlela ezininzi zonxibelelwano kunye neendlela zonxibelelwano, ezinokuthi ziqhagamshele ngokukhululekileyo kunye nokwenziwa kwabathengi, kunye neemfuno ze-MEs.

6, Ukusika i-laser kuya kufuna utyalomali lwexabiso lexesha elinye, kwaye akukho ndleko zokutshintsha i-dife kunye nokulungisa ingxaki, nto leyo enokunciphisa ngokufanelekileyo iindleko.

I-03 yebhetri i-tab ye-tab ye-tab

I-ASD (4)

Intshayelelo Intshayelelo:

Ibhetri ye-tab ye-laser isebenzisa i-Laser yamandla ePhezulu yeBensity ye-Beam ukwenza isikhundla se-Pole yebhetri ukuze inqunyulwe, ibangela indawo yendawo ye-Pole ukuya kubushushu obuphakathi. Izinto ezibonakalayo ziyanyibilika, zithabathe, okanye zifikelela kwindawo yokugcina imingxunya. Njengoko i-beam ihamba kwi-Pole ye-Pole, imingxunya iyasebenza ngokuqhubekayo ukuba ibe yinto emxinwa kakhulu, ngaloo ndlela igqiba ukusika ithebhu ye-pole. Inokwenziwa ngokwezifiso ngokwesicelo esikhethekileyo somsebenzisi.

Iimpawu zemveliso:

Ukurhabaza ezincinci, indawo encinci yobushushu, isantya esikhawulezayo, isantya seqondo lobushushu esinentloko ye-egavo.

I-ASD (1)
I-ASD (2)
IXESHA LOKUQALA: Jun-12 ukuya ku-2004