Columbus
Web-enabled image management
Scientists working with images generate massive amounts of data that need to be accessed quickly, analyzed and re-analyzed, shared with colleagues and stored safely. Until now managing that data has been difficult and limiting.
Columbus® is the first universal high-volume image data management and analysis system that brings fast, secure access to images from a wide range of sources via the Internet.
A powerful new way to access, store and explore
- Manage, view, annotate and measure multidimensional images from anywhere in the world
- Access for an unlimited number of users simultaneously, making it perfect for any size unit from an individual lab to an entire organization
- Acts as a central location where image data is stored with associated metadata to give a complete and enduring picture of any experiment
- Fully compliant with the Open Microscopy Environment (OME) allowing visualization of images whatever their origin
High-speed image analysis
- Columbus includes a highly sophisticated yet easy-to-use image analysis software
- Recognize and categorize different types of cells in a variety of ways including shape, size, texture and behavior
- User pre-configured application solutions, or “scripts,” let you analyze new images or re-analyze images from past experiments at your desktop
The universal solution to high-volume image data management
Versatile and easy to use, Columbus® takes cellular imaging and analysis to a new level. It’s the most flexible, scalable, cost-effective solution for high-volume image data management and analysis commercially available today.
Columbus’ intuitive interface makes it easy to navigate through its many data management and analysis options.
Click for large image
Opera
Premier confocal microplate imaging reader for high throughput and high content screening, and high quality results.
Read More
Operetta
Compact and easy-to-use microplate imaging reader with confocal option that provides state-of-the art technology for high content research and screening.
Read More