I-Hitachi SMT feeder sisixhobo sokutya esichanekileyo, esisetyenziselwa ukuzinza nangokuchanekileyo ukuthutha izixhobo ze-elektroniki (ezifana ne-resistors, capacitors, ICs, njl.) ukusuka kwi-tape yokupakisha ukuya kwindawo yokuthatha umatshini we-SMT. Umgaqo wayo ongundoqo wokusebenza ngolu hlobo lulandelayo:

1.1 Ukutya imo yokuqhuba

Ukuqhuba kombane (okuqhelekileyo):

Yamkela i-stepper echanekileyo ephezulu okanye i-servo motor drive ukuqinisekisa inyathelo lokutyisa elizinzileyo (± 0.02mm)

Uqhagamshelwano koomatshini (imodeli endala):

Abanye abaxhamli besitayile sakudala baxhomekeke kwindlela yekhamera yomatshini we-SMT ukuqhuba, nto leyo enexabiso eliphantsi kodwa ichaneke kancinane kancinane (±0.05mm).

1.2 Indlela yokuhambisa izithuthi

Ukutya kweegiya: Eyona nto iphambili yokuqhuba igiya isebenzisana nomngxuma wokuthwala kunye nokuqhubela phambili ngokwenyathelo elimiselweyo.

Indlela yokucofa: Intlakohlaza okanye ipleyiti yokucinezela i-pneumatic iqinisekisa ukuba umthwali usicaba kwaye unqanda ukufuduswa kwecandelo.

1.3 Inkqubo yokunika ingxelo ekrelekrele

Isivamvo se-Optical: Khangela indawo yokuthwala ukunqanda ukutenxa kokutya.

Ulawulo loxinzelelo: Lungisa ngokuzenzekelayo i-torque yevili elifumanayo ukunqanda ukuphuka komthwali okanye ukuphumla.

2. I-Hitachi Feeder's Core Advantages

2.1 Uzinzo oluPhezulu kunye nobomi obude

I-Alloy Gear eyomeleziweyo: Ukunganyangeki kokunxiba kunyuke nge-50%, ixesha lokuphila ukuya kwi-800 yezigidi zemijikelezo (i-feeders eziqhelekileyo zimalunga ne-300-500 yezigidi zamaxesha).

2.2 INkqubo yeModyuli yoTshintsho oluKhawulezayo

Isitshixo seMagnetic (Okunye-Touch): Ukutshintsha i-feeder kuthatha imizuzwana emi-2 kuphela, ixhasa ukulayisha ngaphandle kweintanethi, kwaye kunciphisa ixesha lokuphumla.

2.3 ULawulo oluBukrelekrele

Ukuchongwa kwe-RFID: I-chip eyakhelwe-ngaphakathi ye-feeder igcina ulwazi lwenombolo yezinto, kwaye umsebenzi wezinto ezichasayo ususa iimpazamo zabantu.

Ugcino oluqikelelwayo: Ukurekhoda umthwalo wemoto, amaxesha okutyisa, kunye nesilumkiso kwangethuba malunga neziphene (ezifana nokunxitywa kwezixhobo).

2.4 Ukuhambelana okuphezulu

Iyahambelana noluhlu olupheleleyo lukaHitachi loomatshini be-SMT (abanje nge-NPM kunye nochungechunge lwe-GXH), kwaye ixhasa ukuguqulwa kwezinye iimodeli zomntu wesithathu.

3. Imisebenzi kunye neendima ezingundoqo

3.1 Imisebenzi enguNdoqo

Ukutya okuchanekileyo: Amalungu atyhala kwindawo yokuchola imathiriyeli nganye nganye ngokwemiyalelo yomatshini we-SMT, ngokuchaneka kwe-±0.02mm.

Ukufunyaniswa okungaqhelekanga: Ukujongwa okwexesha lokwenyani kweengxaki ezifana nezixhobo ezincamatheleyo, iiteyiphu ezingenanto, kunye nokujikeleziswa kwelungu, kunye neealam.

Ukutshintsha komgca okhawulezayo: Uyilo lweModyuli luxhasa ukutshintshwa ngokukhawuleza kwe-feeders xa utshintsha iimveliso.

3.2 Indima kwimigca yemveliso ye-SMT

Ukuphucula ukusebenza kakuhle: I-high-speed feeders (imizuzwana ye-0.04 / isiqwenga) ihambelana ne-100,000 CPH umthamo ophezulu we-Hitachi NPM yokufakwa koomatshini.

Isiqinisekiso sesivuno: Ukutya okuzinzileyo kunciphisa izinga lokuphosa (linokulawulwa ngaphantsi kwe-0.01%).

Ukunciphisa iindleko: Uyilo lobomi obude lunciphisa ukuphindaphinda kokutshintshwa kwee-spare parts, kwaye iindleko ezibanzi zolondolozo zincitshiswe ngama-30%.

4. IiNgcaciso eziphambili

Ukucaciswa kweeParameters Iimeko ezisebenzayo

Isantya sokutya 0.04 ~ 0.1 imizuzwana / inxalenye (uhlobo lombane) Ukubekwa kwesantya esiphezulu (i-motherboard yefowuni ephathwayo, i-ECU yeemoto)

Ukuchaneka ±0.02mm (umbane) / ±0.05mm (oomatshini) Amacandelo achanekileyo (0201, 0.3mm pitch BGA)

Inkxaso yobubanzi obuyi-8mm~104mm (yandiswe ngeadaptha) Ukugqunywa ngokupheleleyo ukusuka kwizichasi ukuya kwii-ICs ezinkulu.

Ubomi imijikelo yezigidi ezingama-800 (iigiya zombane) 24/7 indalo eqhubekayo yokuvelisa

I-interface yonxibelelwano RS-485 / Ethernet (ixhasa i-SECS / i-GEM) i-Smart factory ye-MES yokudibanisa inkqubo

5. Iimeko zesicelo esiqhelekileyo

5.1 Ii-elektroniki zabathengi

I-motherboard ye-Smartphone: I-high-speed feeder iqinisekisa ukondla okuzinzile kwamacandelo e-01005, kunye nesivuno> 99.9%.

Ii-headphones ze-TWS: I-Anti-static feeder ibamba i-micro capacitors / inductors ukuphepha umonakalo we-ESD.

5.2 Iimoto zombane

Ibhodi yolawulo ye-ECU: Isondlo esixhathisa ubushushu obuphezulu (-40 ℃ ~ 125 ℃) siqhelanisa nokusingqongileyo kwekhompatimenti ye-injini.

Inzwa ye-ADAS: Ukutya okuchanekileyo okuphezulu kuhlangabezana neemfuno zokuthembeka kwebakala lemoto.

5.3 Izixhobo zemizi-mveliso

Imodyuli yolawulo lwemizi-mveliso: Uyilo lobungqina bothuli luhlangabezana nemekobume yothuli lwasefektri kwaye lunciphisa ukugcinwa rhoqo.

6. Isishwankathelo

I-Hitachi SMT feeder lukhetho olufanelekileyo kwimveliso ephezulu yokuxuba (ezifana ne-automotive electronics kunye nezixhobo zonyango) kunye nokuzinza kwayo okuphezulu, ulawulo oluhlakaniphile kunye noyilo lwemodyuli. Iinzuzo zayo eziphambili zezi:

I-800 yezigidi zamaxesha obomi obude obude bunciphisa iindleko ezipheleleyo zobunini (TCO).

± 0.02mm ukuchaneka kuhlangabezana neemfuno zokubekwa kwecandelo elincinci.

Utshintsho lomgca wenqanaba lesibini luhambelana nomkhwa wokuvelisa oguquguqukayo.

Unyino: Utyalo-mali lokuqala luphezulu, kwaye kufuneka luhambelane nomatshini we-SMT we-Hitachi ukufezekisa ukusebenza kakuhle. Nangona kunjalo, kubasebenzisi abaphishekela isivuno esiphezulu kunye nokugcinwa okuphantsi, i-Hitachi feeder isesona sisombululo esikhethiweyo kwimigca yemveliso ye-SMT ephezulu.