二手 ULVAC SCH-135A #9162023 待售

製造商
ULVAC
模型
SCH-135A
ID: 9162023
优质的: 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是一种用于生产薄膜、涂层和保护层的溅射沉积设备。它结合了使用离子枪溅射技术生产高端特种薄膜,使胶片的沉积具有优越的附着力和与底物的优越相容性。SCH-135A系统是一个高度可配置的单元,非常适合研究和生产具有原子级精度的薄膜。其核心部件包括离子枪、溅射枪、真空泵和基板转换机。离子枪的设计目的是产生高能离子,这些离子被引导到溅射枪的金属涂层阴极表面上。金属涂层阴极被离子轰击,导致原子从金属涂层阴极溅射。这些薄膜由腔室的射频电源以均匀的方式沉积在基板上。溅射枪配备了可调磁场,允许对溅射过程进行微调。这种可调磁场有助于最小化离子反向散射和最小化离子能量损失在基板的表面。CH-135A工具还包括一个大型基板支架,能够容纳直径不超过500毫米的大型基板。真空泵获取并维持沉积室内的真空压力。资产真空评级为105帕斯卡,持续监测调整压力,优化沉积过程。ULVAC SCH-135A还具有全自动基板传输模型,旨在实现基板持有者与沉积室之间基板的安全转移,从而无需手动转移基板。总体而言,SCH-135A形式的ULVAC是一种高端溅射设备,设计用于控制和一致沉积具有优异附着力和兼容性的薄膜。其核心部件,包括离子枪、溅射枪、真空泵和基板支架,为用户提供了对溅射过程的高度控制和精度。
还没有评论