High-Resolution Live Cell Imaging
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  DeltaVision® Core
 

THE Gold Standard in Live-Cell Microscopy

 

DeltaVision Core is the newest innovation in the DeltaVision family of live-cell microscopy imaging systems. DeltaVision Core, designed to increase the ability to look at more probes and samples over longer periods of time than any competitive imaging system.

- InsightSSITM - Optimized solid state illumination

- Ultimate FocusTM - Hardware based autofocus

- X4 Laser Module - Rapid switching of active lasers

- Multi-line TIRF - Alignment free four color imaging

Long Travel Stage - 25 mm x 50 mm stage for full imaging of chambered slides

Data Management Solution (DMS) - DMS lab server manages images and metadata

Upgradeable - Options include Multiplexed Wavelengths Imaging, environmental control, DMS lab server, stand-alone softWoRx workstation, Cascade EM camera and more

Next generation instrument control built on Applied Precision's NanoMotion® III technology provides for the most sophisticated microscope control system built to date. This integrated design enables increased performance, faster acquisition, and increased reliability. Applied Precision’s new stage design (patent pending) offers improved thermal stability with twice the travel while still providing the historical groundbreaking performance of the DeltaVision platform.

As your lab grows, so do your imaging requirements. Each DeltaVision Core system has many outstanding upgrades and options available to enhance your imaging capabilities. These include the live-cell filter set, WeatherStation environmental control, softWoRx Suite analysis software, DMS lab server and the stand-alone softWoRx workstation.


 
     
  DeltaVision® is a family of fully integrated, optimized microscopy systems designed to look at multiple probes and samples over longer periods of time than other imaging systems. These systems are uniquely suited for 3D and 2D live cell applications. As biological questions increase in complexity and sensitivity, there is a greater need for higher image quality. Improved resolution and contrast yield greater quantitative measurements and therefore more reliable results.
    © 2010 Applied Precision, Inc.