Vi-CELL BLU – 세포 생존도 분석기 Trypan Blue 염색법을 이용한 자동세포생존도 분석장비 • 측정범위 : 2~60um • 측정시간 : < 90 sec (Fast mode), < 130 sec (Normal Mode) • Sample Volume : 170 ul (Fast Mode) , 200 ul (Normal Mode) • Auto Sampler : 24 Position Carousel or 96-well plate Compatible • 샘플분석농도 : 5X104~1.5X107 Cells/mL • 새롭게 출시된 Vi-CELL BLU는 기존의 Vi-CELL XR보다 적은 Sample Volume 만으로도 더욱 빠르게 측정이 가능합니다. 또한 업무 효율성을 향상시키기 위해 24 Position Carosel 과 96-well plate 방식의 측정도 가능하게 되어 사용자에게 최상의 솔루션을 제공합니다.

Design Inspired by the Vi-CELL XR

• Fully automated sample prep and cell counting

• 24 position sample carousel 96-well plate compatible

• Reagent pack complete with trypan blue, buffer, disinfectant and cleaning solutions

• Built-in PC (Win 10 OS) with touchscreen monitor

• Facilitates 21 CFR Part 11 Compliance

• Facilitates your ability to be compliant with IQ/OQ

Advancements

Thanks to cutting-edge liquid handling and imaging technology, the entire system – from sample aspiration, reagent handling, image analysis, to instrument 

cleaning – is fully controlled by an advanced yet easy to use software interface designed for maximum flexibility. 

This instrument revolutionizes the speed, reliability and objectivity of your results, and provides critical information conventional methods simply cannot offer. 

• High speed camera enables the system to capture images as the sample flows continuously through the flowcell. 

Without the need to pause the sample flow for image capture, we are able to increase the speed of sample analysis, 

thereby decreasing the total sample processing time.

• Decreasing tubing length and inner diameter enables the system to utilize smaller sample volumes for analysis

• Optimizing the syringe pump speed accelerates mixing and washing time while minimizing the introduction of bubbles

• Advanced software algorithms:

° Use of a Concentration slope for improved linearity and accuracy of concentration 

° Ability to reanalyze data for cell type optimization

° Bubble detection to alert the operator of the presence of bubble(s) in an image.  

° Ability to detect and ignore dust on the flowcell