SiC Ceramic Fork Arm / Effect Effect - Ingantaccen Daidaito don Masana'antar Semiconductor

SiC Ceramic Fork Arm / Effecter end – Ingantaccen Daidaito don Masana'antar Semiconductor Hoton da aka Fito

Takaitaccen Bayani:

SiC Ceramic Fork Arm, wanda aka fi sani da Ceramic End Effector, wani kayan aiki ne mai inganci wanda aka ƙera musamman don jigilar wafer, daidaitawa, da matsayi a cikin masana'antu masu fasaha, musamman a cikin samar da semiconductor da photovoltaic. An ƙera wannan kayan ta amfani da yumbu mai silicon carbide mai tsabta, yana haɗa ƙarfin injiniya na musamman, faɗaɗa zafi mai ƙarancin zafi, da juriya ga girgiza da tsatsa.

Aika mana imel

Siffofi

Cikakken Zane

Bayanin Samfuri

Ba kamar na gargajiya na masu amfani da ƙarshen ƙarfe da aka yi da aluminum, bakin ƙarfe, ko ma quartz ba, masu amfani da ƙarshen ƙarfe na SiC suna ba da aiki mara misaltuwa a cikin ɗakunan injinan iska, ɗakunan tsaftacewa, da kuma yanayin sarrafawa mai tsauri, wanda hakan ya sa su zama muhimmin ɓangare na robots masu sarrafa wafer na zamani. Tare da ƙaruwar buƙatar samar da kayan da ba su da gurɓatawa da kuma juriyar da ake da ita wajen yin guntu, amfani da masu amfani da ƙarshen ƙarfe na yumbu yana zama mizanin masana'antu cikin sauri.

Ka'idar Masana'antu

ƘirƙiraMasu Inganta Ƙarshen SiC na Ceramicya ƙunshi jerin hanyoyin aiki masu inganci da tsafta waɗanda ke tabbatar da aiki da dorewa. Ana amfani da manyan hanyoyi guda biyu:

Silicon Carbide Mai Haɗawa (RB-SiC)

A cikin wannan tsari, ana saka wani tsari da aka yi da foda da manne na silicon a cikin ruwan silicon a yanayin zafi mai yawa (~1500°C), wanda ke amsawa da ragowar carbon don samar da wani sinadari mai kauri da tauri na SiC-Si. Wannan hanyar tana ba da kyakkyawan iko na girma kuma tana da inganci ga manyan samarwa.

Silinda mai simintin siminti mara matsi (SSiC)

Ana yin SSiC ta hanyar yin simintin foda mai kyau da tsafta sosai a yanayin zafi mai tsanani (>2000°C) ba tare da amfani da ƙarin abubuwa ko matakin ɗaurewa ba. Wannan yana haifar da samfurin da ke da kusan kashi 100% na yawan sinadarai da zafi da ake samu tsakanin kayan SiC. Ya dace da aikace-aikacen sarrafa wafer mai matuƙar mahimmanci.

Bayan Sarrafawa

Injin CNC Mai Daidaito: Yana cimma babban lanƙwasa da daidaito.
Kammalawar Fuskar: Goge lu'u-lu'u yana rage tsatsauran saman zuwa <0.02 µm.
Dubawa: Ana amfani da gwajin interferometry na gani, CMM, da gwajin da ba ya lalatawa don tabbatar da kowane yanki.

Waɗannan matakan suna tabbatar da cewaSiC ƙarshen mai tasiriyana ba da daidaiton sanya wafer mai daidaito, kyakkyawan tsari, da ƙarancin samar da ƙwayoyin cuta.

Muhimman Abubuwa da Fa'idodi

Fasali	Bayani
Taurin Matsananci Mai Girma	Taurin Vickers > 2500 HV, yana jure lalacewa da guntu.
Ƙarancin Faɗaɗawar Zafi	CTE ~4.5×10⁻⁶/K, yana ba da damar kwanciyar hankali a cikin zagayowar zafi.
Rashin daidaiton sinadarai	Yana jure wa HF, HCl, iskar gas ta plasma, da sauran sinadarai masu lalata muhalli.
Kyakkyawan Juriya ga Girgizar Ƙasa	Ya dace da dumama/sanyi cikin sauri a cikin tsarin injin injin da kuma tanderu.
Babban Tauri da Ƙarfi	Yana tallafawa dogayen hannayen cokali mai yatsu ba tare da karkatarwa ba.
Ƙananan fitar da iskar gas	Ya dace da yanayin injin tsabtace iska mai yawan gaske (UHV).
Shirye-shiryen Tsabtace Ɗakin ISO na 1	Aikin da ba shi da barbashi yana tabbatar da ingancin wafer.

Aikace-aikace

Ana amfani da SiC Ceramic Fork Arm / End Effector sosai a masana'antu waɗanda ke buƙatar daidaito mai tsanani, tsafta, da juriya ga sinadarai. Muhimman yanayin aikace-aikace sun haɗa da:

Masana'antar Semiconductor

Loda/saukewa da wafer a cikin ajiya (CVD, PVD), etching (RIE, DRIE), da tsarin tsaftacewa.
Jigilar wafer na robotic tsakanin FOUPs, kaset, da kayan aikin sarrafawa.
Kula da zafin jiki mai yawa yayin sarrafa zafi ko annashuwa.

Samar da Kwayoyin Halittar Photovoltaic

Jigilar wafers masu rauni na silicon ko substrates na rana a cikin layukan atomatik.

Masana'antar Nunin Fale-falen Fale-falen (FPD)

Matsar da manyan allunan gilashi ko substrates a cikin yanayin samar da OLED/LCD.

Semiconductor mai haɗawa / MEMS

Ana amfani da shi a layin ƙera GaN, SiC, da MEMS inda sarrafa gurɓatawa da daidaiton wurin zama suke da mahimmanci.

Matsayinsa na ƙarshe yana da matuƙar muhimmanci wajen tabbatar da cewa babu lahani, kuma babu matsala yayin gudanar da ayyuka masu mahimmanci.

Ƙarfin Keɓancewa

Muna bayar da keɓancewa mai yawa don biyan buƙatun kayan aiki da tsari daban-daban:

Tsarin cokali mai yatsu: Tsarin matakai biyu, yatsu da yawa, ko kuma matakai daban-daban.
Daidaita Girman Wafer: Daga wafers 2" zuwa 12".
Haɗa hanyoyin haɗin: Ya dace da hannun robot na OEM.
Kauri da Juriyar Fuskar: Akwai daidaitaccen matakin micron da zagaye gefen.
Siffofin Hana Zamewa: Zaɓuɓɓukan laushi ko shafi na saman don riƙe wafer mai aminci.

Kowannemai tasiri na ƙarshen yumbuan tsara shi tare da abokan ciniki don tabbatar da daidaito daidai tare da ƙarancin canje-canje na kayan aiki.

Tambayoyin da Ake Yawan Yi (FAQ)

T1: Ta yaya SiC ya fi quartz kyau don aikace-aikacen ƙarshen sakamako?
A1:Duk da cewa ana amfani da quartz sosai don tsarkinsa, ba shi da ƙarfin injina kuma yana iya karyewa idan aka yi amfani da shi ko kuma yanayin zafi ya girgiza. SiC yana ba da ƙarfi mai kyau, juriya ga lalacewa, da kwanciyar hankali na zafi, wanda hakan ke rage haɗarin lalacewar lokacin aiki da wafer sosai.

T2: Shin wannan hannun cokali mai yatsu na yumbu ya dace da duk masu sarrafa wafer na robotic?
A2:Haka ne, na'urorinmu na ƙarshen yumbu sun dace da yawancin manyan tsarin sarrafa wafer kuma ana iya daidaita su da takamaiman samfuran robot ɗinku tare da zane-zanen injiniya na gaske.

T3: Shin zai iya sarrafa wafers mai girman mm 300 ba tare da lanƙwasawa ba?
A3:Hakika. Babban taurin SiC yana ba da damar har ma da siririn hannun cokali mai yatsu masu tsayi su riƙe wafers masu tsawon mm 300 lafiya ba tare da sun yi lanƙwasa ko karkacewa ba yayin motsi.

T4: Menene tsawon rayuwar sabis na SiC na ƙarshen mai amfani da ƙarshen yumbu?
A4:Idan aka yi amfani da shi yadda ya kamata, na'urar SiC za ta iya ɗaukar tsawon lokaci sau 5 zuwa 10 fiye da na gargajiya na quartz ko aluminum, godiya ga kyakkyawan juriyarsa ga matsin lamba na zafi da na inji.

Q5: Shin kuna bayar da ayyukan maye gurbin ko ayyukan samfuri cikin sauri?
A5:Eh, muna tallafawa samar da samfura cikin sauri kuma muna bayar da ayyukan maye gurbin bisa ga zane-zanen CAD ko sassan da aka gyara daga kayan aiki da ake da su.

game da Mu

XKH ta ƙware a fannin haɓaka fasaha, samarwa, da kuma sayar da gilashin gani na musamman da sabbin kayan lu'ulu'u. Kayayyakinmu suna ba da kayan lantarki na gani, na'urorin lantarki na masu amfani, da kuma sojoji. Muna ba da kayan gani na Sapphire, murfin ruwan tabarau na wayar hannu, yumbu, LT, Silicon Carbide SIC, Quartz, da wafers na lu'ulu'u na semiconductor. Tare da ƙwarewa mai ƙwarewa da kayan aiki na zamani, mun yi fice a fannin sarrafa samfura marasa tsari, da nufin zama babban kamfanin fasahar zamani na kayan lantarki na optoelectronic.