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MACS Flow Cytometry
MACS Flow Cytometry
說明
MACSQuant® Analyzer 自動化流式細胞儀，儀器軟體符合21 CFR Part 11，自動化設計進行校正、螢光補償、各式離心館及多孔盤進樣達到Truly hands-free operation，同時可進行多台儀器校正調整，確保單位多機台數據一致性，使分析數據更加可靠。
MACSQuant® Analyzer實現高通量、自動化、軟體安全性完整等現代實驗室需求，甚至可鎖定實驗protocol從上樣到分析全程自動化減少人為因素，完美銜接基礎科學研究多樣性及臨床製藥的嚴謹性，是實驗室不可多得設備。
MACSQuant® Analyzer 10可以偵測10個參數，並配有MACS磁珠分選技術，可提供快速Rare cell 的分析相較沒使用MACS技術的儀器，減少實驗時間、減輕人力負擔更大大減少雷射及耗材的損耗。
包含三隻雷射: 405、488及640
FSC: 488/10 nm
SSC: 488/10 nm
V1: 450/50 nm
V2: 525/50 nm
B1: 525/50 nm
B2: 585/40 nm
B3: 655–730 nm
B4: 750 nm LP
R1: 655–730 nm
R2: 750 nm LP
Link to Miltenyi
MACSQuant® Analyzer實現高通量、自動化、軟體安全性完整等現代實驗室需求，甚至可鎖定實驗protocol從上樣到分析全程自動化減少人為因素，完美銜接基礎科學研究多樣性及臨床製藥的嚴謹性，是實驗室不可多得設備。
MACSQuant® Analyzer 10可以偵測10個參數，並配有MACS磁珠分選技術，可提供快速Rare cell 的分析相較沒使用MACS技術的儀器，減少實驗時間、減輕人力負擔更大大減少雷射及耗材的損耗。
包含三隻雷射: 405、488及640
FSC: 488/10 nm
SSC: 488/10 nm
V1: 450/50 nm
V2: 525/50 nm
B1: 525/50 nm
B2: 585/40 nm
B3: 655–730 nm
B4: 750 nm LP
R1: 655–730 nm
R2: 750 nm LP
Link to Miltenyi
Description
The MACSQuant® Analyzer 10 brings to life the versatility and power required for modern flow cytometry applications. Whether mining for rare cells, analyzing the efficiency of your cell manufacturing process or investigating signaling pathways, you are equipped for the task at hand.
Truly hands-free operation
With a range of automated features, the MACSQuant Analyzer 10 lays the foundation for true automation present in all instruments belonging to the MACSQuant Family of flow cytometers.
Application highlight: Automated assays
• In-process and quality control
• Cellular therapy, i.e., chimeric antigen receptor (CAR) T cell manufacturing
• Toxicological assays
• Whole blood analysis
• Cell counting
• Rare cell analysis
• Small particles/exosomes
• Cytokine arrays
Truly hands-free operation
With a range of automated features, the MACSQuant Analyzer 10 lays the foundation for true automation present in all instruments belonging to the MACSQuant Family of flow cytometers.
Application highlight: Automated assays
• In-process and quality control
• Cellular therapy, i.e., chimeric antigen receptor (CAR) T cell manufacturing
• Toxicological assays
• Whole blood analysis
• Cell counting
• Rare cell analysis
• Small particles/exosomes
• Cytokine arrays
