Bruker Nanotracker 2 Force-Sensing Optical Tweezers

The NanoTracker 2 Optical Tweezers system enables the trapping and manipulation of microscopic objects on the nanoscale, and the exertion and measurement of piconewton-scale forces.

The unrivalled sensitivity and stability of NanoTracker 2 allows the investigation of nanoparticles and quantification of their interactions in materials science, as well as the study of samples ranging from molecules, proteins, and sub-cellular components to bacteria, emulsions, and polymers in the life sciences.

Features:

• Multiple Traps - Precise optical trapping and 3D-manipulation

• Versatile - Couple with confocal microscopy

• Smallest Forces - Precise force measurements

The NanoTracker 2 Optical Tweezers system enables the trapping and manipulation of microscopic objects on the nanoscale, and the exertion and measurement of piconewton-scale forces.

The unrivalled sensitivity and stability of NanoTracker 2 allows the investigation of nanoparticles and quantification of their interactions in materials science, as well as the study of samples ranging from molecules, proteins, and sub-cellular components to bacteria, emulsions, and polymers in the life sciences.

NanoTracker 2 enables an extensive range of unique applications:

• Single-molecule experiments

• Correlative optical experiments, e.g., complex single-molecule fluorescence setups

• Quantification of cell mechanics, adhesion, and dynamics

• Investigation of virus-host cell interactions

• Optical trapping and manipulation inside living cells and organisms

• Advanced materials research