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product design

BioStack 微量盤堆疊換盤系統

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BioStack™是體積小且通用的微量板堆疊換盤系統,與BioTek的清洗儀,分注儀,微量盤檢測儀和影像系統相容。其快速的微量盤交換速度可提高實驗效率,適用於96孔和384孔盤的實驗流程。獲得專利的BioStack 4可高效率地移開盤蓋和重新封蓋,適用於細胞分析。更快的處理和自動化意味著更高的生產力!
 

相關應用

Microplate stackers help automate throughput for a variety of imaging, multi-mode detection and liquid handling workflows. BioStack expands the applications, by providing plate de-lidding and re-lidding for sensitive cell-based assays as well.
  • Absorbance, fluorescence, luminescence assays
  • ELISA
  • Cell-based assays

BioStack
BioStack4 has a unique 2-place carrier, design to make plate transfers super fast and enabling plate de-lidding and re-lidding.


These are just a few examples of the many important applications for BioStack. 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

開蓋和重新封蓋功能

BioStack 4

所有BioStack型號均可往返運送微量盤影像系統、多功能檢測儀或液體處理系統。新的BioStack 4專利模組可為微量盤提供高效的開蓋和重新封蓋功能,適合用於細胞分析。

使用BioStack Neo快速轉移微量盤

BioStack Neo專門設計用於與Synergy Neo2結合,實現最快的微量盤處理,進而滿足高通量實驗要求。 BioStack Neo是一款堅固、結實的系統,最多可容納50個微量盤。

BioStack Neo

 

重新堆疊以實現完全自動化

方便的重新堆疊,實現終點和動力學過程的完全自動化

無需太多的手動處理。 BioStack可排程將微量盤重新堆疊,即使在長期動力學運行中也能提供完整的過程自動化。

可拆卸、可更換的微量盤堆疊

10,30和50個微量盤架可與BioStack一起使用,以符合不同的要求。微量盤架可在實驗室中的多個BioStack之間輕鬆交換,以獲得最大的靈活性。較小的微量盤架結構緊湊,可安裝在生物安全室內,50個微量盤架可提供高通量、無人值守的自動化。

堆棧

完美搭配

BioStack和Epoch 2

BioStack與BioTek的多功能檢測儀、影像系統、清洗儀或分注儀可完美結合,使用最小的工作台空間,隨著實驗室空間或佈局的變化,可輕鬆斷開和移動。此系統還可以方便地安裝在生物安全室內,最適合對環境敏感的工作流程。

產品回顧

客戶焦點

A Real-Time Solution for a Kinetic Challenge

19-October-10

Dr. Gautam Dantas' lab is part of Washington University School of Medicine's newly renovated Center for Genome Sciences and Systems Biology. The open-format and modular lab space is setup to enable interdisciplinary and collaborative research with neighboring labs. The Dantas lab seeks to understand genetic and biochemical mechanisms that allow some microbes to tolerate materials that are toxic to other microbes. This research may be used to understand and combat antibiotic resistance and to improve biofuel production.

 

 

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