I-Assembleon (ngoku ibhrendi ye-K&S) I-SMT Feeder yinkqubo yokutya eyenzelwe ukuchaneka okuphezulu kwendibano ye-elektroniki. Yaziwa kakhulu kwishishini le-SMT ngoyilo lwayo lwemodyuli, ukondla okukrelekrele kunye nokuguquguquka okuphezulu kakhulu. Oku kulandelayo luhlalutyo olubanzi lwemigaqo yayo yobugcisa, imisebenzi ephambili, inzuzo ekhethekileyo kunye nokusetyenziswa kweshishini.

1. Imisebenzi engundoqo ye-Asbion Feeder

(1) Ukutya Ngokuchanekileyo

Ixhasa ukondla kwecandelo elipheleleyo ukusuka kwi-01005 (0.2mm×0.1mm) ukuya kwi-IC enkulu (i-104mm bandwidth).

I-servo drive yombane iqinisekisa ukuchaneka kokutya kwe-±0.01mm, ilungele ukuxhonywa kwe-PCB ephezulu.

(2) ULawulo oluBukrelekrele

Ukuchongwa kwe-RFID/NFC: I-chip eyakhelwe-ngaphakathi ye-Feeder igcina inombolo yezinto eziphathekayo kunye nedatha yomjikelo wobomi ukukhusela izinto ezingalunganga.

Ulungelelwaniso oluzenzekelayo: Lungiselela ngamandla indawo yokutya ngokwengxelo yenkqubo yokujonga ukunciphisa ukungenelela ngesandla.

(3) Ukutshintsha komgca okhawulezayo

Uyilo lwemodyuli luxhasa ukutshintshwa kwimizuzwana, ukulungelelanisa neemfuno zemveliso yebhetshi encinci eyahlukeneyo.

Umsebenzi wokulayisha ungaxhunyiwe kwi-intanethi unciphisa ixesha lokunciphisa umatshini we-SMT.

2. Imisebenzi engundoqo

(1) Ukuphucula ukusebenza kakuhle kwemveliso

I-high-speed feeder (0.04 imizuzwana / isiqwenga) ihambelana ne-120,000 CPH umthamo ophezulu womatshini we-Asbion SMT.

Uyilo lweendlela ezimbini luphucula ukusebenza kakuhle ngama-50%.

(2) Qinisekisa isivuno se-SMT

I-anti-floating kunye ne-anti-static structure iqinisekisa ukuba amacandelo awathinteli, kwaye izinga lokuphosa lingaphantsi kwe-0.01%.

I-alam yexesha langempela lokubhaqwa okungaqhelekanga (iteyiphu engenanto, izinto ezincamatheleyo) inciphisa isantya se-scrap.

(3) Ukunciphisa iindleko zizonke

I-brushless motor inobomi be-1 yeebhiliyoni zemijikelo, kwaye iindleko zokuyigcina zingaphantsi kwama-40% kunezo zemveli zokutya.

I-adaptha yendalo yonke inciphisa inani leendawo ezisecaleni kwaye ikhulisa ulawulo lwe-inventri.

3. Umgaqo wobugcisa

(1) Inkqubo yokuqhuba

Ulawulo lwe-servo yombane ngokupheleleyo:

Ukwamkelwa kwenjini ye-servo evaliweyo, ukuchaneka kwenyathelo lokutyisa kufikelela ku-±0.01mm, kugqithise kakhulu ipneumatic/mechanical feeder (±0.05mm).

Ulungelelwaniso loxinzelelo olukrelekrele:

I-sensor ye-torque ilungelelanisa amandla evili elifumanayo ngexesha langempela ukuphepha i-tape ye-carrier carrier ekwaphuleni okanye ukukhulula.

(2) Indlela yokutya

I-gear-carrier tape meshing: Iigiya ze-alloy ezinobunzima obuphezulu ziqinisekisa ukuzinza kwexesha elide.

Uyilo lwebhanti yoxinzelelo oluphindwe kabini: Isondo eliphambili lebhanti loxinzelelo lityhala iteyiphu yokuthwala, kwaye ivili elincedisayo lebhanti lithintela ukuphindaphinda.

I-adsorption ye-vacuum (ukhetho): Kumacandelo amancinci (afana ne-01005), ukulungiswa koxinzelelo olubi longezwa ukuphepha ukufuduka.

(3) Ukusebenzisana kwedatha

Nxibelelana nenkqubo ye-MES ngokusebenzisa i-OPC UA okanye i-SECS/GEM protocol ukuze kuphunyezwe ukulandeleka kwenkqubo yokuvelisa ngokupheleleyo.

4. Iinzuzo eziphambili

(1) Ukuchaneka okuphezulu kakhulu

± 0.01mm ukuchaneka kokubeka okuphindaphindiweyo, okufanelekileyo kumacandelo achanekileyo afana neemodyuli zekhamera kunye neenzwa ze-MEMS.

(2) Iqondo eliphezulu lobukrelekrele

I-algorithm yokuzondla ngokuzifundela: ilungisa isigqi sokutya esekwe kwidatha yembali kwaye inciphisa ixesha lokulinda.

Ugcino oluqikelelwayo: ubeka iliso kumthwalo wemoto kunye nokunxiba kwezixhobo, kwaye ulumkisa ngeempazamo kwangethuba.

(3) Ukumodareyitha kunye nokuhambelana

Umatshini omnye wosetyenziso oluninzi: i-feeder efanayo ixhasa i-8mm ~ 104mm i-bandwidth kunye nezixhobo ezimile ngokukodwa nge-adaptha.

I-interface evulekileyo: inokudityaniswa ne-third party feeders (isiqinisekiso siyafuneka), kunye nokuguquguquka okuphezulu kuneenkqubo ezivaliweyo.

(4) Ukuthembeka komgangatho woshishino

Ukhuseleko lwe-IP54: lukhusela uthuli kunye ne-anti-static, lulungele iimeko ezingqongileyo ezirhabaxa ezifana neemoto zombane kunye neshishini lomkhosi.

Inketho ye-Ceramic gear: i-corrosion-resistant, ilungele ukuveliswa kwezixhobo zonyango.

Izibonelelo ezingenakubuyiselwa

Ukusetyenzwa kwecandelo elimise okwezodwa: njengezisombululo zokutyisa ezizinikeleyo kwiisekethe eziguquguqukayo (FPC) kunye neziqhagamshelo ezinde.

6. Iimeko zesicelo eziqhelekileyo

(1) Ii-elektroniki zabathengi

I-motherboard ye-Smartphone: isantya esiphezulu kunye nokutya okuzinzile kwamacandelo e-01005, kunye nesivuno se-> 99.99%.

Ii-headphone ze-TWS: i-anti-static feeder processing ye-micro inductors / capacitors.

(2) Iimoto ze-elektroniki

Imodyuli ye-radar ye-ADAS: I-feeder ephezulu yokumelana nobushushu (-40 ℃ ~ 150 ℃) iqhelanisa nemeko yendawo ye-injini.

Umboniso wemoto: Isayizi enkulu yokutya ixhasa ukukhanya kwe-LED ngasemva.

(3) Ishishini eliphezulu

Izixhobo zonxibelelwano zomkhosi: Uyilo lokukhusela i-radiation ludibana nokuthembeka kwiindawo eziphakamileyo.

7. Isishwankathelo

I-Asbion feeder iye yaba luphawu olukhethiweyo lokwenziwa komxube ophezulu we-elektroniki ngokuchaneka kwe-servo drive, ukondla okukrelekrele kunye noyilo lweemodyuli. Ixabiso layo eliphambili liku:

I-1 yebhiliyoni yamaxesha obomi obude kakhulu ukuthoba ixabiso lilonke.

Ukuchaneka kwe-± 0.01mm kuhlangabezana neemfuno ze-microelectronics ezinqamlekileyo.

Unyino: Utyalo-mali lokuqala luphezulu, kwaye kufuneka ludityaniswe nomatshini wokubeka i-Asbion ukufezekisa ukusebenza kakuhle. Nangona kunjalo, kubasebenzisi abaphishekela i-ultra-high isivuno kunye nokuguquguquka kwemveliso, i-Asbion feeder isesona sisombululo sokugqibela kwimigca yemveliso ye-SMT ephezulu.