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HITACHI SU3500
  • HITACHI SU3500
  • HITACHI SU3500
  • HITACHI SU3500
説明
SEM
構成
SEM, Secondary Electron Detector, Reflection Electron Detector, Low Vacuum Secondary Electron Detector, EDX (AMETEC Octane Plus), MC1000 ion Sputter, Etc.
OEMモデルの説明
SU3500 low-vacuum SEM, Hitachi High-Tech improved SEM image observation capacity by completely overhauling the electron optics system, enabling secondary electron imaging at a resolution of 7 nm at 3 kV, and back-scattered electron imaging at a resolution of 10 nm at 5 kV. Redesigned signal processing technology, meanwhile, allows for observation of brighter images with less noise even during fast scanning speeds. These key changes now make it possible to retain a high degree of operability even when focusing or stigma adjustments.
ドキュメント

ドキュメントなし

verified-listing-icon

検証済み

カテゴリ
SEM / FIB

最終検証: 30日以上前

主なアイテムの詳細

状態:

Used


稼働ステータス:

不明


製品ID:

116070


ウェーハサイズ:

不明


ヴィンテージ:

2016


Have Additional Questions?
Logistics Support
Available
Money Back Guarantee
Available
Transaction Insured by Moov
Available
Refurbishment Services
Available

HITACHI

SU3500

verified-listing-icon
検証済み
カテゴリ
SEM / FIB
最終検証: 30日以上前
listing-photo-09986ff60de74e73ade03119baaa99e9-https://d2pkkbyngq3xpw.cloudfront.net/moov_media/3.0-assets/photo-coming-soon-small.png
主なアイテムの詳細

状態:

Used


稼働ステータス:

不明


製品ID:

116070


ウェーハサイズ:

不明


ヴィンテージ:

2016


Have Additional Questions?
Logistics Support
Available
Money Back Guarantee
Available
Transaction Insured by Moov
Available
Refurbishment Services
Available
説明
SEM
構成
SEM, Secondary Electron Detector, Reflection Electron Detector, Low Vacuum Secondary Electron Detector, EDX (AMETEC Octane Plus), MC1000 ion Sputter, Etc.
OEMモデルの説明
SU3500 low-vacuum SEM, Hitachi High-Tech improved SEM image observation capacity by completely overhauling the electron optics system, enabling secondary electron imaging at a resolution of 7 nm at 3 kV, and back-scattered electron imaging at a resolution of 10 nm at 5 kV. Redesigned signal processing technology, meanwhile, allows for observation of brighter images with less noise even during fast scanning speeds. These key changes now make it possible to retain a high degree of operability even when focusing or stigma adjustments.
ドキュメント

ドキュメントなし