二手 ULVAC SCH-135A #9162023 待售

製造商
ULVAC
模型
SCH-135A
ID: 9162023
優質的: 2010
Horizontal inline sputtering system Deposit: ZnO + Ag + Ti Films on glass substrates Substrate size: 1100 mm x 1400 mm x 3~5 mm Tact time: 80 Sec per substrate System configuration: Loading chamber Heating chamber Sputtering chamber 1 (4 Cathode for ZnO) Intermediate isolation chamber Sputtering chamber 2 (3 Cathode for Ag, Ti) Isolation chamber Unloading chamber Vacuum chamber assembly Transfer assembly Internal jig assembly Heating assembly Sputtering cathode assembly Power supply assembly Frame / Conveyor assembly Pumping system Operation system Measurement system Gas inlet system Compressed air system Cooling water system Spare parts Substrate conditions Substrate type: Soda-lime glass substrate coated with amorphous silicon film Substrate size: 1100 (±1.5) x 1400 (+1.5) x 3t, 4t, 5t (mm) Processing capacity: Tact time: 1.3 Min per substrate (80 sec per substrate) Vacuum conditions: Ultimate pressure: Heating Sputtering Isolation chambers 8.0 x 10 Pa/better Evacuation time: Loading / Unloading chambers Sputtering conditions: Cathode type: σ Cathode for ZnO deposition σ Cathode for Ag deposition σ Cathode for Ti deposition Target type: ZnO Ag Ti Target dimensions: ZnO: W 200 x L 1620x T61B (mm) Ag: W 200 x L 1650 x T23/33 (mm) Ti: W 200 x L 1650 x T61B (mm) Film thickness / Film thickness uniformity: ZnO: 80 nm± 10% Ag: 210 nm± 10% Ti: 15 nm± 10% Heating condition: Case1: Right before ZnO cathode: 80° C ± 15° C or below (Sub.thickness: 4t) Right before Ag cathode: 80° C ± 15° C or below (Sub.thickness: 4t) Case2: Right before ZnO cathode: 120° C ± 15° C or below (Sub.thickness: 4t) Right before Ag cathode: 120° C ± 15° C or below (Sub.thickness: 4t) Transfer speed approximately: 833 mm/min Uptime: ≥ 85% MTBF: ≥ 192 Hours MTTR: < 7.7 Hours Power: 10 kW, DC power 2010 vintage.
ULVAC SCH-135A是一種用於生產薄膜、塗層和保護層的濺射沈積設備。它結合了使用離子槍濺射技術生產高端特種薄膜,使膠片的沈積具有優越的附著力和與底物的優越相容性。SCH-135A系統是一個高度可配置的單元,非常適合研究和生產具有原子級精度的薄膜。其核心部件包括離子槍、濺射槍、真空泵和基板轉換機。離子槍的設計目的是產生高能離子,這些離子被引導到濺射槍的金屬塗層陰極表面上。金屬塗層陰極被離子轟擊,導致原子從金屬塗層陰極濺射。這些薄膜由腔室的射頻電源以均勻的方式沈積在基板上。濺射槍配備了可調磁場,允許對濺射過程進行微調。這種可調磁場有助於最小化離子反向散射和最小化離子能量損失在基板的表面。CH-135A工具還包括一個大型基板支架,能夠容納直徑不超過500毫米的大型基板。真空泵獲取並維持沈積室內的真空壓力。資產真空評級為105帕斯卡,持續監測調整壓力,優化沈積過程。ULVAC SCH-135A還具有全自動基板傳輸模型,旨在實現基板持有者與沈積室之間基板的安全轉移,從而無需手動轉移基板。總體而言,SCH-135A形式的ULVAC是一種高端濺射設備,設計用於控制和一致沈積具有優異附著力和兼容性的薄膜。其核心部件,包括離子槍、濺射槍、真空泵和基板支架,為用戶提供了對濺射過程的高度控制和精度。
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