Nakuba iplatifomu yegwadle ingase ibonakale njengetshe elilula, imibandela yokukhetha ishintsha kakhulu lapho isuka kuzinhlelo zokusebenza ezijwayelekile zezimboni iye ekuhlolweni kokubona okuphezulu kanye ne-metrology. Ku-ZHHIMG®, ukuhlinzeka ngezingxenye ezinembayo kubaholi bomhlaba ku-semiconductor kanye nobuchwepheshe be-laser kusho ukuqaphela ukuthi inkundla yokukala i-optical ayisona nje isisekelo—iyingxenye ebalulekile, engaxoxiswana nayo yesistimu yokubona ngokwayo.
Izidingo zokuhlolwa kokubona—okuhlanganisa ukuthwebula isithombe sokukhulisa kakhulu, ukuskena nge-laser, ne-interferometry—kuchazwa isidingo sokuqeda yonke imithombo yomsindo wokulinganisa. Lokhu kuholela ekugxilweni kwezinto ezintathu ezikhethekile ezihlukanisa inkundla yeqiniso ye-optical kusukela kwejwayelekile yezimboni.
1. I-Superior Density for Unmatched Vibration Damping
Ezisekelweni ezijwayelekile ze-CNC zezimboni, insimbi ecijile noma igwadle elijwayelekile linganikeza ukuqina okwanele. Kodwa-ke, ukusethwa kwe-optical kuzwela kakhulu ekugudluzweni okungatheni okubangelwa ukudlidliza kwangaphandle okuvela ezintweni zasembonini, amasistimu okubamba umoya, noma ithrafikhi ekude.
Yilapho isayensi yezinto ezibonakalayo iba khona phambili. Inkundla ye-optical idinga i-granite enokudambisa okukhethekile okungokwemvelo. I-ZHHIMG® isebenzisa ubunikazi bayo be-ZHHIMG® Black Granite (≈ 3100 kg/m³). Le mpahla enokuminyana okuphezulu kakhulu, ngokungafani negwalagwala yezinga eliphansi noma esikhundleni semabula, inokwakheka kwekristalu esebenza kahle kakhulu ekuqedeni amandla emishini. Umgomo akukhona nje ukunciphisa ukudlidliza, kodwa ukuqinisekisa ukuthi isisekelo sihlala siphansi ngokuthulekile, sinciphisa ukunyakaza okuhlobene phakathi kwelensi ehlosiwe kanye nesampula ehloliwe ezingeni le-sub-micron.
2. Ukuzinza Okushisayo Okudlulele Ukuze Ulwe Nokukhukhuleka
Izinkundla ezijwayelekile zezimboni zibekezelela izinguquko ezincane zobukhulu; ingxenye eyishumi yedigri Celsius ingase ingabi nandaba nokubhola. Kodwa kumasistimu okubonayo enza izilinganiso ezinembile ezikhathini ezinwetshiwe, noma yikuphi ukukhukhuleka okushisayo kusisekelo sejiyomethri yethula iphutha elihlelekile.
Ukuze kuhlolwe ukubona, inkundla kufanele isebenze njengosinki oshisayo one-coefficient ephansi kakhulu ye-thermal expansion (CTE). Isisindo esiphakeme kanye nokuminyana kwe-ZHHIMG® Black Granite kunikeza inertia edingekayo yokushisa ukuze imelane nokwanda kwamaminithi kanye nokufinyela okungenzeka ngaphakathi kwegumbi elilawulwa yisimo sezulu. Lokhu kuzinza kuqinisekisa ukuthi ibanga lokugxila elilinganiselwe kanye nokuqondanisa kwepulani kwezingxenye ze-optical kuhlala kugxilile, okuqinisekisa ubuqotho bezilinganiso ezithatha amahora—into engaxoxiswana ngayo yokuhlolwa kwe-wafer yokucaca okuphezulu noma i-metrology yesibonisi sephaneli eyisicaba.
3. Ukuzuza I-Nano-Level Flatness kanye Nokunemba KweJiyomethri
Umehluko obonakala kakhulu uyisidingo sokucaba. Nakuba isizinda sezimboni esijwayelekile singahlangabezana nokucaba kweBanga 1 noma iBanga 0 (kukalwa ngama-microns ambalwa), amasistimu okubona adinga ukunemba kububanzi be-nanometer. Leli zinga lokuphelela kwejometri liyadingeka ukuze kuhlinzekwe indiza yereferensi ethembekile yezigaba eziqondile kanye nezinhlelo ze-autofocus ezisebenza ngezimiso zokuphazanyiswa kokukhanya.
Ukuzuza nokuqinisekisa ukucaba kweleveli ye-nanometer kudinga indlela yokukhiqiza ehluke ngokuphelele. Kubandakanya amasu akhethekile kakhulu kusetshenziswa imishini ethuthukisiwe njenge-Taiwan Nanter grinders futhi kuqinisekiswa imishini eyinkimbinkimbi ye-metrology efana ne-Renishaw Laser Interferometers. Le nqubo kufanele yenzeke endaweni ezinzile kakhulu, njenge-ZHHIMG®'s workshops-damped-damped, climate-controlled workshops, lapho ngisho nokuhamba komoya okucashile kuncishiswa.
Empeleni, ukukhetha inkundla yokunemba ye-granite yokuhlolwa kokubona kuyisinqumo sokutshala engxenyeni eqinisekisa ngokusebenzayo ukunemba kokulinganisa kokubona ngokwako. Kudinga ukusebenzelana nomkhiqizi obuka isitifiketi se-ISO 9001 kanye nokulandelelwa kobukhulu obuphelele hhayi njengezici ozikhethela zona, kodwa njengezimfuneko eziyisisekelo zokungena emhlabeni we-ultra-precision optics.
Isikhathi sokuthumela: Oct-21-2025