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product design

MultiFlo FX 多功能微量盤分注器

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MultiFlo™FX是自動化多功能微量盤分注器,適用於6至1536孔微量盤。 MultiFlo FX在其模組化設計中融入了多項獨特技術,例如平行分注RAD™任選分注位置以及正在申請專利的AMX™「細胞培養液自動更換模組」,可加速2D和3D細胞培養到液體處理、濃度偵測、ELISA等。全配的MultiFlo FX最多可搭配五個液體處理器,節省空間、時間和儀器預算。 MultiFlo FX與BioSpa™8自動細胞培養箱和BioTek影像系統或多模功能微量盤偵測儀搭配,可為許多細胞成像和生化實驗提供完整的流程自動化方案。

新特色

現在有了自動,溫和的細胞培養液交換 (AMX)和自定義的RAD技術 !
AMX視頻
MultiFlo FX-溫和的AMX
自動化細胞培養液交換
RAD視頻
MultiFlo FX-RAD

相關應用

This compact, versatile dispenser enables a wide variety of applications for benchtop and integrated automation workflows.

Plate map for drug addition
Import custom RAD plate maps for concentration normalization assays

The configurable MultiFlo FX
The configurable MultiFlo FX: 4 reagent dispensers, washer, media exchange and single channel dispenser


These are just a few examples of the many important applications for MultiFlo FX. Visit our Applications page to see more.

 

BioTek Field Applications Scientists (FAS) and Product Specialists provide unparalleled scientific support, assisting with experimental planning and assay optimization on BioTek’s instrumentation and software. Learn how they can help move your science forward… faster!

特色

多功能分注取代了多種儀器

MultiFlo FX

MultiFlo FX的模組化底座具有無與倫比的液體處理靈活性,可容納1或2個蠕動式幫浦,2個注射器式幫浦模組和清洗模組或單孔分注。 MultiFlo FX取代了多種儀器,但結構俱全,使用簡單。

AMX™模組可自動溫和地更換細胞培養液

正在申請專利的AMX模組使用蠕動式幫浦輕柔地添加和移除盤中的細胞培養液,而不會傷害2D或3D細胞結構,亦可洗滌懸浮細胞。

平行分配


RAD™模組,可任選分注位置

8比1
匯入RAD分注的自定義.CSV文件

獨特的RAD技術可以對各個孔進行分注,增加應用的彈性,適用於濃度標準化分析。


適用於6至384孔微量盤的清洗模組

MultiFlo FX的多功能清洗模組可通過客製化的歧管進行6至384孔清洗。分注和抽吸管定位、流體流速和洗滌參數是完全可客製化的,斜角分注管為細胞提供溫和洗滌。該模組使用完整的分注和廢液幫浦來保持系統完整。

清洗模塊

Parallel Dispense™技術:蠕動式幫浦和/或注射器式幫浦

平行分配

蠕動式幫浦和注射器式幫浦各有優點; 蠕動式幫浦幫助節省寶貴的試劑,而注射器式幫浦快速而精確。 MultiFlo FX可配置2個蠕動式幫浦和注射器式幫浦,允許最多四個試劑並行分配。

對細胞友善的彎角分注和/或洗滌管

對於敏感的細胞分析,MultiFlo FX分注歧管和洗滌歧管上的分注尖端有彎角,允許溫和分注試劑。有助於保持細胞層完整,即使通過多步操作也是如此。

細胞

產品回顧

客戶焦點

Mr. Charles TetaDepartment of Environmental Science and Health at the National University of Science and Technology (NUST)

14-December-15

In the Department of Environmental Science and Health at the National University of Science and Technology (NUST) in Bulawayo, Zimbabwe, Mr. Charles Teta specializes in ecotoxicology. His research includes uncovering the frequency and effects of endocrine disrupting chemicals in native fish, and analyzing hazardous chemicals such as heavy metals and pesticides in the environment that may have originated from municipal landfills, mines and urban effluents. With several kinetic and end-point assay techniques already employed, the manual processes were time consuming, and human error was an ever-present risk when dispensing into a microplate with a single-channel or multi-channel pipette. If reagents were added too slowly, or mixed incompletely, the assays had to be repeated, thereby doubling efforts, sample volume and costly materials.

 

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認證

SILA
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