Ukuqonda Uzinzo: Kutheni iGranite ingumqolo we-Wafer Processing kunye ne-SMT Automation

Kwihlabathi lokhuphiswano lokwenziwa kwee-semiconductor kunye nokuhlanganiswa kwe-elektroniki ngesantya esiphezulu, umahluko phakathi kokusetyenziswa kwemveliso enemveliso ephezulu kunye nokusilela okubizayo kudla ngokuhla ukuya kwi-micron enye. Njengoko imfuno yehlabathi yeetships ezincinci nezikhawulezayo isanda ngo-2026, ukuthembeka kolwakhiwo loomatshini bemveliso akukaze kube yinto ebaluleke kangaka.

Apha eZHHIMG, sigxile kubunjineli "isiseko esithuleyo" seshishini lanamhlanje. Ukususela kwibhedi yomatshini wegranite yezixhobo zokucubungula iiwafer ukuya kwisantya esiphezuluindibano yetekhnoloji yokukhwelisa umphezulu (i-SMT)imigca, izisombululo zethu zegranite ezichanekileyo zibonelela ngokudambisa ukungcangcazela kunye nokuzinza kobushushu okungenakuthelekiswa nezinye iindlela zesinyithi.

1. Isidingo Esibalulekileyo SeGranite Ekucutshungulweni KweeWafer

Ukwenziwa kwe-wafer kubandakanya ezinye zezona nkqubo zibuthathaka kakhulu ekuvelisweni, kubandakanya i-lithography, i-etching, kunye ne-chemical mechanical polishing (CMP). Kwiindawo ze-2nm kunye ne-3nm, nokuba kungcangcazela okuncinci komgangatho kunokubangela ukutshintshwa kwepateni.

Kutheni iGranite yezixhobo zeWafer?

Ibhedi yomatshini wegranite yezixhobo zokucubungula i-wafer isebenza njengeqonga elikhulu, elingenamandla okungcangcazela. Ngokungafaniyo nentsimbi, enokusebenza njengefolokhwe yokulungisa, igranite ifunxa amandla e-kinetic.

• Ukulingana kobushushu: Iifayibha zeWafer zilawulwa ngokungqongqo kubushushu, kodwa ubushushu bangaphakathi bomatshini bunokubangela ukwanda. I-Granite's thermal expansion coefficient ephantsi iqinisekisa ukuba ulungelelwaniso lwe-optical luhlala lugqibelele kwimijikelo yokusebenza engama-24/7.

• Ukuhambelana kwegumbi lokucoca: I-Granite ayiphumi igesi kwaye iyakwazi ukumelana neekhemikhali ezirhabaxa ezisetyenziswa kwiinkqubo zokucoca ze-semiconductor.

2. Ukudibanisa iTekhnoloji yokuHamba koMphezulu (i-SMT) ngendlela entsha

Uphuhliso lwe-Surface-mount technology assembly luhambela phambili kuxinano oluphezulu lwe-component kunye neenyawo ezincinci (i-008004 components). Oomatshini bokukhetha nokubeka ngesantya esiphezulu ngoku basebenza ngesantya esivelisa amandla e-G abalulekileyo.

I-Granite njengesiseko soomatshini bobuchwepheshe bokuzenzekelayo

Kwisiseko somatshini we-AUTOMATION TECHNOLOGY, ubunzima kunye nokuqina kubalulekile. Xa intloko ye-SMT ekhawulezayo ishukuma ngeemitha ezininzi ngomzuzwana ize ime ngequbuliso, idala isiphumo "sokubuyela umva".

• Ixesha Lokuhlalisa Elikhawulezayo: Isiseko segranite sinciphisa "ixesha lokuhlalisa" lentloko yomatshini, sivumela iisensa kunye neekhamera ukuba ziqalise ngokukhawuleza. Oku kwandisa ngokuthe ngqo iiYunithi Ngeyure (UPH) kubavelisi.

• Ukulinganisa Ixesha Elide: Iziseko zesinyithi zinokuthomalalisa uxinzelelo kwaye zigobe kangangeminyaka eliqela. Isiseko segranite se-ZHHIMG sizinzile ngokwemilinganiselo kangangeminyaka emininzi, nto leyo enciphisa ukuphindaphindwa kokulinganisa okubizayo.

3. Izixhobo zeMechanical zeGranite eziSebenza ngokuPhezulu

Ngaphandle kweebhedi ezinkulu zoomatshini, indawo yanamhlanje yokwenza izinto ngokuzenzekelayo ifuna ubuchule obukhethekileyoizixhobo zoomatshini zegraniteEzi ziquka:

1. Izikhokelo zoMbane woMoya: Ubume bendalo kunye nokuba tyaba kakhulu kwegranite kwenza ukuba ibe yindawo efanelekileyo yokudibana neebheringi zomoya, nto leyo evumela ukuba intshukumo ingabi nakuphikiswana.

2. Izikwere ezichanekileyo kunye neeBloko eziParallel: Zisetyenziswa ekuhlanganiseni iirobhothi ezinee-axis ezininzi ukuqinisekisa ukuba i-orthogonality igqibelele.

3. Ii-Integrated Inserts: Kwi-ZHHIMG, sisebenzisa i-epoxy bonding ephucukileyo ukudibanisa ii-inserts zentsimbi engagqwaliyo ezinemisonto ngqo kwi-granite, okuvumela ukufakwa kwee-rails, ii-motors, kunye nee-sensors ngaphandle komthungo.

4. Ubuchule boBunjineli kwi-ZHHIMG: Umgangatho ka-2026

Kutheni ii-OEM eziphambili eYurophu naseMntla Melika zisebenzisana ne-ZHHIMG? Kungenxa yokuba asiphathi i-granite njengelitye nje kuphela, kodwa njengesixhobo esenziwe ngobuchule obuchanekileyo.

Inkqubo Yethu Yokuvelisa

• Ukufunyanwa kwezinto: Sisebenzisa igranite emnyama yeprimiyamu enomxholo ophezulu we-quartz, siqinisekisa ubulukhuni obuphezulu kunye nesantya sokufunxa umswakama esiphantsi.

• Ukulepha ngokuchanekileyo: Iingcali zethu zidibanisa ukugaya kwe-CNC okusemgangathweni ophezulu kunye nokulepha ngesandla kwendabuko. Oku kusenza sikwazi ukufezekisa ukunyamezelana okuthe tyaba okungaphezulu kwe-DIN 876 Grade 00.

• Ukuqinisekiswa kweMetroloji: Ngamnyeibhedi yomatshini wegranitekwaye icandelo lithunyelwa kunye nengxelo epheleleyo yokuhlolwa eyenziwe zii-laser interferometers, ukuqinisekisa ukuba oko ukufumanayo kufana ngokuchanekileyo neemfuno zakho ze-CAD.

5. Ubungqina bekamva ngeTekhnoloji yokuZenzekelayo

Njengoko sijonge kwikamva lokwenziwa kwe-“Lights Out”, ukuthembeka kwesiseko soomatshini be-AUTOMATION TECHNOLOGY kuba yinto ethatha isigqibo kwi-ROI. Umatshini ogcina ukuchaneka kwawo nangona kukho utshintsho olungqongileyo ufuna ukungenelela okuncinci komntu kwaye awunalo ixesha lokungasebenzi.

Nokuba uyila igumbi eline-vacuum ephezulu ye-wafer metrology okanye igumbi eline-volume ephezuluIndibano yetekhnoloji yokukhwelisa umphezuluumgca, i-ZHHIMG ibonelela ngozinzo olusisiseko olufunekayo ukuze kutyhalelwe imida yefiziksi.

Isiphelo: Sebenzisana neZHHIMG kwiSub-Micron Precision

Kwihlabathi lokuvelisa izinto zobugcisa obuphezulu, izixhobo zakho zilungile kuphela xa zisekwe kwisiseko esimi kuso. Ngokukhetha ibhedi yomatshini wegranite yezixhobo zokucubungula iiwafer okanye izixhobo zomatshini zegranite ezenziwe ngokwezifiso ezivela kwi-ZHHIMG, utyala imali kwikamva lokuchaneka nokuqina okungapheliyo.