Cellular Imaging & Analysis

Opera Phenix

NEW Opera Phenix™ HCS System

Take your phenotypic screening to the next level and analyze complex disease models. More speed and sensitivity – no compromise… Read more

New CellCarrier Ultra Microplates

New CellCarrier Ultra Microplates

Get better results from your high content screening applications with our new CellCarrier-384 Ultra microplates... Read more

Harmony 4.1 released promo

Harmony 4.1 Released!

NEW Advanced building blocks for easier analysis of complex applications such as FRET ... Read more

3D Models

3D Models Webinar

Learn about Advances in Phenotypic Drug Testing using Organotypic 3D Microtissue Models and the Opera Phenix High Content Screening System in this on-demand webinar... Watch now!

Columbus 2.5 Released

Columbus 2.5 Released!

Measure complex and subtle phenotypic responses by extracting the properties that describe the unique cellular fingerprint... Read more

  • New Opera Phenix™
  • CellCarrier Ultra
  • FRET intensities
  • 3D Models
  • Columbus 2.5

Gone are the days when looking at a single 2D image of a fixed cell could generate revolutionary science. To stand out in this burgeoning market, you need 3D and 4D rotatable images of live cells. You need the capacity to video cellular events in real time, one cell at a time. You need reliable, fully automated and flexible tools to analyze hundreds and thousands of cells at the same time in an unbiased way to get significant biological results. And you need a way to manage the massive amounts of digital data that you can generate with 64-bit imaging.

The answer? Start with the instruments. We provide modular, easily configured, and powerful imaging systems for analyzing cellular events—from real-time imaging of live cells to rapid high content screening of multiple samples. That portfolio includes the world’s first end-to-end spinning disk confocal microscope. And full automation of widefield fluorescence imaging, confocal imaging and brightfield imaging for High Content Screening (HCS).

Now, the software. Our software creates a single, seamlessly linked imaging solution for your lab. Here’s an example. You acquire an image data set. You share it with colleagues via our web-based, high-volume image data management system. You analyze the set using various image analysis tools at the different sites. You analyze a 3D model of one representative image, rotating it, examining a cell event from all angles.

Finally, our commitment. We are leading the charge in this fast-moving field. We are committed to helping you see cellular events better. When you see better, you understand better.