1. Kafin sarrafawa, kowane shirin zai tabbatar da gaske ko kayan aikin ya dace da shirin.
2. Lokacin shigar da kayan aiki, tabbatar da ko tsawon kayan aiki da shugaban kayan aiki da aka zaɓa sun dace.
3. Kada ka bude kofa a lokacin aikin inji don kauce wa wuka mai tashi ko aiki mai tashi.
4. Idan aka sami kayan aiki a lokacin injin, mai aiki dole ne ya tsaya nan da nan, misali, danna maɓallin "Tsaya Gaggawa" ko maɓallin "Sake saitin" ko saita "Speed Speed" zuwa sifili.
5. A cikin kayan aiki guda ɗaya, dole ne a kiyaye yanki ɗaya na kayan aiki guda ɗaya don tabbatar da daidaiton ka'idodin aiki na cibiyar mashin ɗin CNC lokacin da aka haɗa kayan aiki.
6. Idan an sami alawus ɗin mashin ɗin da ya wuce kima a lokacin injina, dole ne a yi amfani da "Single Segment" ko "Pause" don share ƙimar X, Y da Z, sannan a yi niƙa da hannu, sannan a mayar da Zero baya "ya bar shi ya gudanar da kansa.
7. A lokacin aiki, mai aiki ba zai bar na'urar ba ko kuma duba yanayin aiki na na'ura akai-akai.Idan ya zama dole a bar tsakiyar hanya, dole ne a sanya ma'aikatan da suka dace don dubawa.
8. Kafin a fesa wuka mai haske, za a tsabtace shingen aluminum a cikin kayan aikin injin don hana shingen aluminum daga ɗaukar man fetur.
9. Yi ƙoƙarin yin busa da iska yayin aikin mashin ɗin, da fesa mai a cikin shirin wuƙa mai haske.
10. Bayan an sauke kayan aikin daga na'ura, za a tsaftace shi kuma a cire shi a cikin lokaci.
11. Lokacin da ba a aiki ba, dole ne ma'aikaci ya ba da aikin a kan lokaci kuma daidai don tabbatar da cewa za'a iya aiwatar da aiki na gaba akai-akai.
12. Tabbatar cewa mujallar kayan aiki tana cikin matsayi na asali kuma an dakatar da XYZ axis a tsakiyar wuri kafin kashe na'ura, sa'an nan kuma kashe wutar lantarki da babban wutar lantarki a kan na'urar aikin injin.
13. Idan aka yi tsawa, dole ne a kashe wutar nan take kuma a daina aikin.
Siffar madaidaicin hanyar sarrafa sassa shine sarrafa adadin kayan da aka cire ko kuma an ƙara su da kyau.Koyaya, don samun daidaiton daidaitattun sarrafa sassa, har yanzu muna dogara ga madaidaicin kayan sarrafa kayan aiki da daidaitaccen tsarin ƙuntatawa, kuma muna ɗaukar ainihin abin rufe fuska a matsayin mai shiga tsakani.
Alal misali, don farantin VLSI, photoresist (duba photolithography) a kan abin rufe fuska yana nunawa ta hanyar lantarki na lantarki, don haka kwayoyin halitta na photoresist suna polymerized kai tsaye (ko bazuwa) a ƙarƙashin tasirin lantarki, sa'an nan kuma An narkar da sassan polymerized ko waɗanda ba su da polymerized tare da mai haɓaka don samar da abin rufe fuska.Ana buƙatar daidaiton matsayi na mesa ya zama ± 0.01 don farantin fiɗaɗɗen katako na lantarki wanda ke yin μ M kayan aiki daidaitaccen daidaitaccen aiki.
Ultra madaidaicin sashi yankan
Ya haɗa da juyi daidaitaccen ultra, niƙa madubi da niƙa.Ana yin jujjuya micro a kan madaidaicin lathe tare da kyawawan kayan aikin jujjuya lu'u-lu'u guda ɗaya.Kaurin yankan kusan 1 micron ne kawai.Ana amfani da shi yadda ake amfani dashi don sarrafa Pihiri, da jirgin sama da jirgin sama na kayan ƙarfe marasa ferrous tare da madaidaici da bayyanar.Abun ciki.Misali, madubi na aspherical tare da diamita na 800 mm don sarrafa na'urorin haɗakar nukiliya yana da matsakaicin daidaito na 0.1 μm.Girman bayyanar shine 0.05 μm.
Machining na musamman na ultra madaidaicin sassa
Daidaiton mashin ɗin ɓangarorin madaidaicin madaidaicin matakin nanometer.Ko da atom ɗin naúrar (atomic lattice spacing shine 0.1-0.2nm) an ɗauke shi azaman maƙasudi, ba zai iya daidaitawa da hanyar yanke na ainihin sassan sassa ba.Yana buƙatar amfani da hanyar sarrafa sassa na musamman na musamman, wato, amfani da sinadarai.
Makamashi, makamashin lantarki, makamashin thermal ko makamashin lantarki na iya sa makamashin ya wuce ƙarfin haɗin gwiwa tsakanin atom, don kawar da mannewa, haɗin kai ko nakasar lattice tsakanin wasu sassa na waje na workpiece, da cimma manufar mashin ɗin daidaitaccen mashin ɗin Wadannan matakai. sun haɗa da gyaran gyare-gyare na injiniyoyi, ion sputtering da ion implantation, electron biam lithography, Laser katako sarrafa, karfe evaporation da kwayoyin katako epitaxy.
Lokacin aikawa: Juni-03-2019
