Cell Biology

The AXBarrier™-on-Chip System is an advanced organ-on-a-chip platform that recreates physiological barrier tissues under dynamic conditions. It enables researchers to culture and study human tissue models, such as lung, gut, skin, and kidney barriers, for disease modeling, drug discovery, and toxicity testing with greater biological relevance than traditional cell culture methods.

The AXLung-on-Chip System is a user-friendly organ-on-a-chip platform that replicates the human lung microenvironment by combining an air-liquid interface, cyclic breathing motion, and dynamic cell culture conditions. It enables the development of physiologically relevant lung models for drug discovery, toxicity testing, inhalation studies, disease modelling, and respiratory research, providing a reliable alternative to conventional in vitro cell culture methods.

Cellcyte 1 offers the user the ability to image live cells in real-time from within the incubator. From all of these images, the user can fully understand and review cell kinetic trends at any point in time with user-friendly analysis software.

Cellcyte 3 offers the user the ability to image live cells in real-time from within the incubator. Cellcyte 3 features an automated nosepiece turret that accommodates three objectives and offers 3-4 fluorescence channels for your imaging needs. Its updated open-frame design enhances accessibility to your samples, making maintenance and cleaning significantly easier compared to traditional boxed live cell systems.

EVOM™ AutoLCI is an automated live cell imaging system that is equipped with an advanced fluorescence and bright field microscopy, auto-focusing and real-time, multi-position imaging technology for a well plate, dish or T-flask.

*Camera and cabinet design with superior imaging performance, complemented by scientific evaluation software for quantification

Quick, reliable, high-quality images, at your fingertips

Revolution can accommodate a variety of core imaging techniques.

Discover, capture, share, and publish. A microscope your entire lab will use.