Iindaba

Ukusukela nge-27 ka-Epreli ukuya kwi-29th, uCarman Haas weza nemveliso ye-laser ye-lithium yebhetri yamva nje kunye nezisombululo kwiNkomfa ye-Chongqing ye-Battery Technology Exchange/Umboniso.

I. Cylindrical Battery Turret Laser Flying Galvanometer Welding System

1. I-Drift ephantsi ye-thermal drift kunye ne-high-reflection design, enokuxhasa ukuya kuthi ga kwi-10000w umsebenzi we-laser welding.

2. Uyilo olukhethekileyo lokutyabeka kunye nokucubungula ukuqinisekisa ukuba ilahleko epheleleyo yentloko yokuskena ilawulwa ngaphantsi kwe-3.5%

3. Ukujongwa kweCCD esemgangathweni, imela yomoya enye kunye nembini kunye nezinye iimodyuli; ukuxhasa iinkqubo ezahlukeneyo zokubeka iliso kwinkqubo ye-welding

4. Ngaphantsi kokujikeleza okufanayo, ukuchaneka kokuphinda kwe-trajectory kungaphantsi kwe-0.05mm

II. I-Automatic M2 yokulinganisa umqadi wokulinganisa

1. I-Beam analyzer ilinganisa ngokuzenzekelayo i-M2

Emva kokungena kwi-interface, iya kubamba ngokuzenzekelayo kwaye ibonise indawo, kwaye ifonti enkulu eluhlaza iya kubonisa ububanzi bendawo, i-ellipticity kunye nexabiso lencopho yangoku. Uluhlu oluneenkcukacha luboniswa kuluhlu olusekhohlo

2. Isisombululo esiphezulu kunye nobukhulu be-pixel encinci ukuqinisekisa ukuchaneka okuphezulu ngexesha lokulinganisa i-beam kunye nohlalutyo

3. Uyilo lwe-plug-and-play luqinisekisa ukuhambelana kunye nokulula ukusebenza kwesi sixhobo sokubona.

4. Inamandla okuvavanya iiparitha ezininzi, kwaye inokulinganisa: ububanzi be-beam, i-beam shape, isikhundla, ukusabalalisa amandla ombane, ubukhulu, njl.

5. Uyilo lwemodyuli, olufanelekileyo kwiimeko ezahlukeneyo zesicelo.

3. I-Laser pole piece cut
Isiqwenga sepali yokusika ukukhanya kukusebenzisa umqa we-laser woxinaniso lwamandla aphezulu ukuze usebenze kwindawo yesiqwenga sepali yebhetri esiza kunqunyulwa, ukuze indawo yendawo yesiqwenga sepali ifudunyezwe ngokukhawuleza kwiqondo lobushushu eliphezulu, kwaye izinto eziphathekayo zikhawuleza. inyibilika, ifakwe umphunga kwaye ikhutshwe okanye ifikelele kwindawo yokutshisa ukwenza umngxuma. Njengoko umqadi ushukuma kwisiqwenga sepali, imingxuma iqhubeka icwangciswa ukuba yenze i-slit emxinwa kakhulu, ngaloo ndlela igqibezela ukusika isiqwenga sepali.

Iimpawu zobugcisa:

1. I-Non-contact, akukho ngxaki yokufa, kwaye inkqubo yokuzinza ilungile;

2. Impembelelo yobushushu ingaphantsi kwe-60um, kwaye ukuphuphuma kwentsimbi etyhidiweyo kungaphantsi kwe-10um.

3. Inani leentloko ze-laser ze-splicing zinokumiselwa ngokukhululekileyo, kwaye iintloko ze-2-8 zinokuqondwa ngokweemfuno, kwaye ukuchaneka kwe-splicing kunokufikelela kwi-10um; I-3-head galvanometer splicing, ubude bokusika bunokufikelela kwi-1000mm, kwaye ubungakanani bokusika bukhulu.
4. Ngempendulo yesikhundla esigqibeleleyo kunye ne-loop evaliweyo yokhuseleko, imveliso ezinzileyo nekhuselekileyo inokufumaneka.
5. Umlawuli unokungaxhunyiwe kwi-intanethi ukuqinisekisa ukuzinza kwemveliso eqhelekileyo; ngelo xesha, ineendlela ezahlukeneyo zokunxibelelana kunye neendlela zokunxibelelana, ezinokudibanisa ngokukhululekileyo i-automation kunye nokwenziwa kwabathengi, kunye neemfuno ze-MES.
6. Ukusika i-Laser kufuna kuphela utyalo-mali lweendleko zexesha elilodwa, kwaye akukho ndleko yokutshintsha i-die and debugging, enokunciphisa ngempumelelo iindleko.

IV. Inkqubo ye-3D laser galvanometer welding

1. I-drift ephantsi ye-thermal drift kunye noyilo oluphezulu lokubonisa, olunokuxhasa ukuya kuthi ga kwi-10000w umsebenzi we-laser welding.

2. Uyilo olukhethekileyo lokutyabeka kunye nokucubungula ukuqinisekisa ukuba ilahleko epheleleyo yentloko yokuskena ilawulwa ngaphantsi kwe-3.5%

3. Ukujongwa kweCCD esemgangathweni, imela yomoya enye kunye nembini kunye nezinye iimodyuli; ukuxhasa iinkqubo ezahlukeneyo zokubeka iliso kwinkqubo ye-welding

4. Uluhlu lokulungiswa kokuphakama kwe-60mm, ixesha lokunyathela i-20ms

5. Lithium ibhetri laser processing amacandelo optical