Visualizing Life at the Molecular Level

Many biological functions depend critically upon tissue molecular architecture, which is complex and challenging to understand. The Titan Krios allows researchers to visualize the intricate mechanisms of individual proteins and molecular machines, and to localize that activity within the three dimensional architecture of the cell. This capability has the potential to further the understanding of biological pathways in significant disease fields such as cardiovascular disease or cancer.

The system is based on the world-class modular Titan™ TEM technology in mechanical, electronic and thermal stability and is designed to deliver the ultimate performance in both life science and materials science applications. The Titan Krios has been optimized for cryo-transmission electron microscopy, automated single particle analysis, 2D electron crystallography and dual-axis tomography. The revolutionary capabilities of the Titan Krios open the gates to the investigational frontier of biological sciences, presenting unprecedented opportunities for ground-breaking results and breakthrough discoveries.

See More - visualize intricate mechanisms of individual proteins and molecular machines and localize that activity within the three dimensional architecture of the cell

See Better - obtain the maximum information with minimum exposure, preserving sample integrity and ultimately enabling the investigation of increasingly smaller macromolecular detail

Flexibility - select the optimal acceleration voltage between 80 and 300 kV

Maximize Sample Integrity - achieve contamination-free sample transfer and imaging

Increase Productivity - The AutoLoader™ allows for fully automated and contamination-free loading and analysis of up to 12 samples contained in specially designed AutoGrid™ sample holder

Reduced Costs - reduce environmental requirements and operating costs with the innovative enclosed platform design, which maximizes performance by combining a constant sample environment with a high throughput modality