Matsayin Maɗaukakin Maɗaukaki na XYZ & Kaifull Ultra-Large Platform

Tare da haɓakar haɓakar bincike na nano-ma'auni da masana'anta na fasaha, tsarin motsi na axis-mafi mahimmancin matakin fassarar XYZ-sun zama makawa a cikin ingantaccen dubawa sarrafa kansa. Daga microscopy mai sarrafa kansa zuwa dubawar hangen nesa na na'ura da micro-robotics, matakin XYZ yana ba da matakan yanci na layi guda uku tare da daidaiton ƙananan micron, yana ba da damar sake maimaitawa, dubawa mai santsi, da cikakken aikin aiki mai sarrafa kansa.

Madaidaici a cikin Ma'auni mai sarrafa kansa da Hoto-Vision

A ciki dubawar microscope mai sarrafa kansa, matakin XYZ yana motsa samfurori a ƙarƙashin ruwan tabarau na haƙiƙa tare da ƙudurin sikelin nanometer. Maɓallin maɗaukakin ƙuduri yana ba da amsawar rufaffiyar madauki, ba da damar matakin aiwatar da saurin mayar da hankali da bincikar tayal ba tare da sa hannun mai aiki ba. Wannan motsi mara sumul ba wai kawai yana samar da inganci mai inganci ba, madaidaicin hoto mai ma'ana amma kuma yana tabbatar da daidaiton sakamako a cikin manyan wuraren samfuri-mahimmanci ga binciken zane-zane na histopathology da duba wafer semiconductor.

A kan samar da Lines amfani kyamarori masu hangen nesa na inji, mataki na XYZ yana aiki a matsayin kashin baya na daidaitattun daidaituwa. Ta hanyar fassarar samfura ko na'urorin gani a cikin X, Y, da Z, yana ba da tabbacin cewa kyamarori, hasken wuta, da kayan aiki sun daidaita daidai. Sakamakon shine ingantattun maimaita gano gano lahani da daidaiton aunawa don aikace-aikacen da suka kama daga taron micro-electronic zuwa madaidaicin sashin tabbatarwa.

Keɓance Keɓancewa don Aikace-aikace Daban-daban

Matakan XYZ a yau ba komai bane illa girman-daya-daidai- duka. Masu kera suna ba da dukiya gyare-gyare zažužžukan don daidaita takamaiman buƙatun aikace-aikacen:

• Rage Balaguro & Ƙarfin lodi

  • Ultra-gajeren tafiye-tafiye (dubun zuwa ɗaruruwan microns) don nanopositioning ko AFM scanning

  • Tafiya mai tsayi (Dubun zuwa ɗaruruwan milimita) don daidaitawar abubuwan gani da sikanin babban yanki

  • Ƙimar biya ya kai daga gram ɗari kaɗan har zuwa ton da yawa

• Mai Sarrafa & Haɗin Motsa jiki

  • Gina-ciki EtherCAT, Riba, ko Kebul na tushen musaya na bas na ainihi

  • Na zaɓi duk-in-daya masu sarrafa motsi wanda ke sauƙaƙe wayoyi da kuma hanzarta ƙaddamar da tsarin

  • Granite-tushe kayan hawan kaya waɗanda ke datse girgizawa da haɓaka tauri mai ƙarfi

• Daidaita Makanikai & Kyakkyawan Tunawa

  • Haɗe-haɗe micrometer masu daidaitawa, shims, da dowel-pin locators don saurin daidaitawa

  • Na zaɓi Laser-interferometer calibration don biyan diyya na kuskure a cikin wurin zuwa ± 100 nm

Haɗin kai maras kyau: Kaifull's Ultra-Babban Dandali na Daidaitawa

Daidaita tazara tsakanin babban madaidaicin aiki da aiki mai nauyi, sabon Kaifull YK-XXY200170P-5-32105 dandamali yana nuna yadda manyan-tsari matakai zasu iya kula da sarrafa matakan micron. An ƙera shi don manyan na'urorin gani da kaya masu nauyi, yana da fasali:

• Sawun ƙafa: 2000 mm × 1700 mm

• Z- Tsawotsawo: 330 mm

• Maimaituwa: ± 3µm

• Rage Tafiya: 90mm

• Juyawa: ± 6°

• DunƙuleØ32 mm gubar 10 mm

• Jagora: Girgizar ƙasa

• Lalaci/daidaitacce0.5mm / 0.2mm

• Ƙarfin lodi: 3000 kgf a kwance

• Gina: Aluminum gami firam, anodized baki gama

• Nauyi: 2400 kg ± 2%

• TuriMotar AZM98AC-HS50 tare da direban Oriental 5-phase da SL‑205NA-W (Meiji) encoder

Ta hanyar haɗa ƙa'idodin ƙira iri ɗaya - balaguron al'ada, ƙaƙƙarfan mu'amalar sarrafawa, da daidaitattun fasalulluka-Kaifull yana tabbatar da cewa ko da wannan babban mataki yana haɗawa tare da tsarin aiki da kai, ko an ɗora su akan sansanonin granite don damping vibration ko sarrafawa akan EtherCAT don daidaitawar multi-axis.

Bambance-bambancen Bangaren Fassarar & Halayen Aikace-aikace

Ƙarin Kayayyaki & Abubuwan Taimako

Cikakken mafita ta atomatik sau da yawa ya wuce matakin kanta:

• Gyaran Tasha da yawa & Masu Canje-canje na atomatik don babban abin sarrafawa samfurin sarrafawa

• Modules na Haske & Na gani na Musamman wanda ke toshe kai tsaye cikin abubuwan hawa mataki

• SDKs & Lambar Misali a cikin C/C++, LabVIEW, da Python don tsara yanayin yanayi da aiki tare axis

• Takardun Fasaha & Taimakon Nesa rufe shigarwa, daidaitawa, da daidaita amsa mai ƙarfi

• Ayyukan Injiniya na Musamman don ƙayyadaddun ƙirar injina, ƙayyadaddun abubuwan bincike, da haɓaka firmware

Outlook: Tuƙi na gaba Wave of Precision Automation

Kamar yadda binciken AI ke motsawa, 5G yana ba da damar masana'antu masu wayo, da ci-gaba da bincike na kayan aiki, matakan XYZ masu daidaitawa za su ci gaba da kasancewa ginshiƙi na ingantacciyar sarrafa kansa. Ko a cikin micro-robotics, masana'anta na gani, binciken semiconductor, ko layin samarwa masu sassauƙa, matakai kamar Kaifull's YK‑XXY200170P‑5-32105 suna misalta haɗakar sikeli, rigidity, da ikon sarrafa matakin ƙaramar da ake buƙata don ikon ci gaban gobe.