Kwi-precision metrology, i-symmetry ayisiyo nje indlela yoyilo oluhle ngayo—yi-functional estimation. I-Bilateral Measuring Machine ime njengenye yezisombululo ezintsonkothileyo zokuhlola okuphezulu, ukuchaneka okuphezulu kwezinto ezilinganayo okanye ezidibeneyo: ii-brake discs, ii-flanges, ii-turbine blades, ii-transmission housings, nokunye. Kodwa rhoqo, abasebenzisi bagxila kuphela kwi-probe resolution okanye ii-algorithms zesoftware ngelixa bejonga into engathethiyo kodwa egqibeleleyo: ukuthembeka koyilo lomatshini—ingakumbi izinto ezisisiseko kunye neziseko zalo.
Apha kwi-ZHHIMG, sichithe iminyaka engaphezu kwamashumi amabini sicoca kungekuphela nje indlela ezicinga ngayo iinkqubo zokulinganisa amacala omabini, kodwa nendlela ezimi ngayo. Kuba nokuba ziphucuke kangakanani na izinzwa zakho, ukuba iBilateral yakhoIsiseko soMatshini wokulinganisaUkuba idatha yakho ayinabo ukuqina, ukungathathi cala kobushushu, okanye ukuthembeka kwejiyometri, idatha yakho iya kuba nocalucalulo olufihlakeleyo oluya kubeka emngciphekweni ukuphindaphindeka, ukulandeleka, kwaye ekugqibeleni, ukuthembana.
Ngokungafaniyo noomatshini bokulinganisa abaqhelekileyo (ii-CMM) abaskena kwi-axis enye, uMatshini wokulinganisa weBilateral Measuring Machine wokwenyani ubamba idatha enobukhulu ngaxeshanye kumacala omabini enxalenye. Le ndlela ye-dual-axis inciphisa ixesha lomjikelo kwaye isuse iimpazamo ezibangelwa kukutshintsha indawo—kodwa kuphela ukuba zombini iingalo ezivavanyayo zabelana ngesicwangciso esifanayo, esingashukumiyo. Kulapho isiseko siba yinto ebalulekileyo khona. Isakhelo sesinyithi esigobileyo okanye intsimbi ephoswe kakubi kuxinzelelo inokubonakala izinzile xa uyijonga okokuqala, kodwa phantsi kokujikeleza kobushushu bemihla ngemihla okanye ukungcangcazela komgangatho, ingenisa ii-micro-deflections ezitshintsha uthelekiso lwamacala omabini. Kwi-aerospace okanye kwimveliso yezonyango, apho ukunyamezelana kuhla ngaphantsi kwe-5 microns, ukuphambuka okunjalo akwamkelekanga.
Yingakho yonke i-ZHHIMG Bilateral Measuring Machine inamathele kwisiseko se-monolithic esenzelwe inyaniso ye-metrological. Iziseko zethu azizizo ii-bolt assemblies—zizakhiwo ezidibeneyo apho yonke into, ukusuka kwiikholamu zenkxaso ukuya kwiireyile ezikhokelayo, ihambelana ne-central datum. Kwaye ngakumbi, loo datum yi-granite—hayi njengengcinga yamva nje, kodwa njengokhetho olucwangcisiweyo olusekelwe kwifiziksi.
I-Granite's near-zero coefficient of thermal expansion (ngesiqhelo yi-7–9 × 10⁻⁶ /°C) iyenza ifaneleke ngokukodwa kwiindawo apho ubushushu be-ambient butshintshatshintsha nangama-degree ambalwa. Okubaluleke ngakumbi, iipropati zayo zokunciphisa i-isotropic zifunxa ukungcangcazela okuphezulu ngokufanelekileyo kunesinyithi. Xa zidityaniswe nenkqubo yethu yokufakela, oku kuqinisekisa ukuba zombini iikhareji zokulinganisa zasekhohlo nasekunene zisebenza ngendlela egqibeleleyo yokuvumelanisa oomatshini—kubalulekile ekuvavanyeni ukufana, ukuqina, okanye ukujikeleziswa kobuso kwiindawo ezinkulu zokusebenza.
Kodwa ibali alipheli ngesiseko. Ukusebenza kokwenyani kuvela kwintsebenziswano yazo zonke izinto zeBilateral Measuring Machine. Kwi-ZHHIMG, siyila ezi zinto njenge-ecosystem edibeneyo—hayi njengezongezo ezingaphandle kweshelufu. Izikhokelo zethu ezithe ngqo, ii-air bearings, ii-encoder scales, kunye nee-probe mounts zonke zilinganisiwe ngokumalunga nomphezulu ofanayo we-granite reference ngexesha lokuhlanganiswa kokugqibela. Oku kususa iimpazamo eziqokelelweyo ze-stack-up ezichaphazela iinkqubo ze-modular ezifunyenwe kubathengisi abaninzi. Kwane-electric grounding scheme yenziwe ngcono ukuthintela ukuphazamiseka kwe-electromagnetic ekuphazamiseni imiqondiso ye-analog probe—ingxaki encinci kodwa yokwenyani kwimizi-mveliso yanamhlanje egcwele ii-servo drives kunye neerobhothi ze-welding.
Enye yezinto ezintsha esizenzileyo kutshanje ibandakanya ukufaka igranite ye-metrology-grade ngqo kwiindawo ezibalulekileyo zesakhiwo. Ezi zinto zegranite zeBilateral Measuring Machine—ezifana neegranite crossbeams, ii-granite probe nests, kwanee-optical encoders ezifakwe kwigranite—zandisa uzinzo lobushushu besiseko ukuya phezulu kwisakhiwo esishukumayo. Umzekelo, kuthotho lwethu lwe-HM-BL8, ibhuloho ye-Y-axis ngokwayo ibandakanya i-granite core egqunywe nge-composite sheathing elula. Olu yilo lwe-hybrid lugcina ukuqina kunye nokufuma kwelitye ngelixa linciphisa ubunzima ukuze kukhawuleziswe ngokukhawuleza—ngaphandle kokunciphisa ukuchaneka.
Abathengi badla ngokubuza: “Kutheni ungasebenzisi izinto ezidityanisiweyo zeseramikhi okanye zepolymer?” Nangona ezo zinto zinezicelo ezithile, akukho nanye ehambelana nomxube wegranite wokuzinza kwexesha elide, ukusebenza kakuhle, kunye nokusebenza kakuhle kweendleko ngomlinganiselo. Ngaphezu koko, igranite yendalo iyaguga kakuhle. Ngokungafaniyo neeresini ezirhubuluzayo phantsi komthwalo okanye iintsimbi ezidinwayo, isakhiwo segranite esixhaswa ngokufanelekileyo sinokugcina imo yaso amashumi eminyaka—ukufakelwa kwethu kokuqala kwiminyaka yoo-2000 kusahlangabezana neempawu zokuqala zokuthamba ngaphandle kokugcinwa.
Siyazingca ngokucaca. Yonke iMishini yokuLinganisa eMacaleni amabini esiyithumelayo iquka ingxelo epheleleyo yemetrology echaza ubume besiseko (ngesiqhelo yi-≤3 µm ngaphezulu kwe-2.5 m), ii-vibration response curves, kunye neempawu ze-thermal drift phantsi kweprotocol ze-ISO 10360-2. Asizifihli ngasemva kwamabango okusebenza "aqhelekileyo"—sipapasha idatha yovavanyo yokwenyani ukuze iinjineli ziqinisekise ukufaneleka kwimeko yazo ethile yokusetyenziswa.
Olu qilima lusinike ubudlelwane nabathengisi benqanaba lokuqala kwicandelo leemoto, amandla avuselelekayo, kunye nokhuselo. Omnye umenzi we-EV waseYurophu usandula ukutshintsha ii-CMM ezintathu ezindala ngenkqubo enye ye-ZHHIMG yamacala amabini yokujonga izindlu ze-motor stator. Ngokusebenzisa uvavanyo oluphindwe kabini ngaxeshanye kwisiseko se-granite esingafakwanga shushu, banciphisa ixesha lokuhlola ngama-62% ngelixa bephucula i-Gage R&R ukusuka kwi-18% ukuya ngaphantsi kwe-6%. Umphathi wabo womgangatho ukubeka ngokulula oku: “Umatshini awulinganisi nje kuphela iindawo—ulinganisa inyaniso.”
Kakade ke, izixhobo zodwa azanele. Yiyo loo nto iinkqubo zethu ziza nesoftware enobuchule ebona ukuphambuka kwamacala omabini ngexesha langempela—ibonisa ukungalingani kwii-overlay ze-3D ezinemibala ukuze abaqhubi bakwazi ukubona iindlela ngaphambi kokuba zibe ziintlupheko. Kodwa nesoftware ekrelekrele kakhulu ifuna isiseko esithembekileyo. Kwaye oko kuqala ngesiseko esingaxokiyo.
Ngoko ke njengoko uvavanya utyalo-mali lwakho olulandelayo lwe-metrology, cinga ngoku:Umatshini wokulinganisa wamacala amabiniIthembekile kuphela njengesiseko sayo. Ukuba inkqubo yakho yangoku ixhomekeke kwisakhelo sentsimbi esitshisiweyo okanye kwibhedi edibeneyo, usenokuba uhlawulela isisombululo ongazange usifikelele. Kwi-ZHHIMG, sikholelwa ukuba ukuchaneka kufanele kube yinto eqhelekileyo—kungabi yimbuyekezo.
Ndwendwelawww.zhhimg.comukuze sibone indlela esisebenzisana ngayo neenxalenye zoMatshini wokuLinganisa iiBilateral, ezisekelwe ziziseko ezakhiwe ngenjongo kwaye zaphuculwa ziinxalenye zegranite ezicwangcisiweyo, ezichaza ngokutsha oko kunokwenzeka kwi-industrial metrology. Kuba xa ulungelelwaniso lubalulekile, ukuvumelana akwenzi njalo.
Ixesha lokuthumela: Jan-05-2026