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MinION
Portable yet powerful, MinION is ideal for labs looking for rapid results without compromise. Take your insights further afield with the real-time nanopore s...
显微镜、成像系统、光学平台与光学测量设备
材料表征、热分析、力学、粒度、表面和物性测试设备
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Portable yet powerful, MinION is ideal for labs looking for rapid results without compromise. Take your insights further afield with the real-time nanopore s...
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Why PromethION? On-demand sequencing Run up to 2 or 24 independently addressable, high-output PromethION Flow Cells.
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Small box, big picture Integrated, high-performance compute with touchscreen control.
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Sequencing to the power of 24 Production-scale Run up to 24 independent high-output PromethION Flow Cells. High-performance Superpowered GPUs for real-time i...
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Why GridION Q Fixed configuration Features supporting end user 21 CFR Part 11 and EU GMP Annex 11 compliance

Ald原子层沉积系统_离子束刻蚀设备_icp刻蚀系统_半导体射频器件- 牛津仪器。为下一代半导体器件提供精确的刻蚀工艺控制。该系统专为GaN HEMT应用的凹槽刻蚀和纳米尺度层刻蚀等工艺而设计,其数字/循环刻蚀工艺可提供低损伤、光滑的表面

Ald原子层沉积系统_离子束刻蚀设备_icp刻蚀系统_半导体射频器件- 牛津仪器。若要查看此视频,请启用JavaScript,并考虑升级到支持HTML5视频的web浏览器

Ald原子层沉积系统_离子束刻蚀设备_icp刻蚀系统_半导体射频器件- 牛津仪器。客户选择我们的离子束沉积产品是因为它们能够生产具有高质量,致密和表面光滑的沉积薄膜

Ald原子层沉积系统_离子束刻蚀设备_icp刻蚀系统_半导体射频器件- 牛津仪器。离子束刻蚀的灵活性、均匀性俱佳且应用范围广。我们的设备具有灵活的硬件选项,包括直开式、单衬底传送模式和盒式对盒式模式
Ald原子层沉积系统_离子束刻蚀设备_icp刻蚀系统_半导体射频器件- 牛津仪器。若要查看此视频,请启用JavaScript,并考虑升级到支持HTML5视频的web浏览器

Ald原子层沉积系统_离子束刻蚀设备_icp刻蚀系统_半导体射频器件- 牛津仪器。This ICPCVD process module is designed to produce high quality films at low growth temperatures, enabled through hig...

Ald原子层沉积系统_离子束刻蚀设备_icp刻蚀系统_半导体射频器件- 牛津仪器。用于生长1D / 2D纳米材料和异质结构的CVD / PECVD工具。通过在线催化剂活化和严格的工艺控制,实现纳米材料的高性能生长
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