Applied Biosystems™ ViiA™ 7 Real-Time PCR System with 96-Well Block

Applied Biosystems™ ViiA™ 7 Real-Time PCR System with 96-Well Block 

The ViiA™ 7 Real-Time PCR System combines all of the qPCR features you want in a single high performance instrument, so that you can optimize your research productivity. With a simplified workflow, intuitive software, touch-screen interface, and one-button protocols for error minimization, the ViiA™ 7 System offers exceptional reproducibility with minimal well-to-well and instrument-to-instrument variation. Full compatibility with any standard or fast-cycling 384- or 96-well plates and TaqMan® Array Micro Fluidic Cards and Reagents makes high-productivity real-time PCR accessible to any size lab. 

Features

• Proven Applied Biosystems® reliability and accuracy
• Using with TaqMan® Array Micro Fluidic Cards provides an integrated workflow and faster results
• Easy to use – intuitive software, responsive touch-screen, automation, effortless block exchange without the need for any tools 
• Quick block changes: Front access makes it easy to change thermal cycling block formats without having to move attached peripherals such as robots or computers
• Easy touch-screen interface: Instrument touch screen provides one-touch protocols for fast and easy assay setup for a broad range of applications
• Automation compatibility: Integrated with Applied Biosystems® Twister® II Robot, the ViiA™ 7 System allows you to maximize productivity for automated environments
• Peace of mind: Data recovery capability for 100+ runs 
• Fully Compatible with TaqMan® Array Micro Fluidic Cards, Applied Biosystems® TaqMan® Assays are the gold standard in qPCR analysis, providing high sensitivity, high specificity, and a broad dynamic range
• Better accuracy: High-resolution detection system for more accurate reads with TaqMan® Array Micro Fluidic Cards, 384-well plates, and 96-well plates
•  Maximum multiplexing: Six decoupled excitation and emission filter channels for the greatest number of dye combinations and maximum multiplexing capabilities.
• Flexible data collection: Multiple ramp method detection formats provide more flexibility for collecting data during a ramp stage
• Precise quantification: Detect as small as 1.5–fold changes in target quantities in singleplex reactions