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Large equipment

Ti2-E Inverted Microscope,Nikon Europe B.V.

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University of Vienna

Wien | Website

Open for Collaboration

Short Description

A high speed confocal microscope to perform studies of fast, microscopic dynamical processes occurring in soft and biological matter in various conditions, in particular under mechanical stress.

Complete fully motorized microscope Ti2-E, including:
- associated objectives,
- crest X-Light V3 systems,
- cameras,
- cage incubator,
- PC,
- screen,
- software,
- antivibration table.

Contact Person

Roberto Cerbino

Research Services

Quantitative characterization of morphology, dynamics and kinetics of soft and biological samples

Methods & Expertise for Research Infrastructure

The system supports a wide range of modern microscopic techniques, including bright-field, phase-contrast, dark-field, wide-field fluorescence, and confocal microscopy. Measurements can be performed under strictly controlled environmental conditions, with temperature and humidity precisely regulated via an integrated incubator system to ensure reproducible and physiologically relevant conditions. The data analysis pipeline includes a variety of advanced methods, such as Differential Dynamic Microscopy (DDM) and particle tracking, thereby enabling the quantitative characterization of dynamic processes across a wide range of length and time scales.

Terms of Use

This device is available to both internal and external researchers in accordance with our usage policy.
Use is only permitted following consultation with the research group.

Cooperation Partners

University of Milan, Italy
University of Fribourg, Switzerland
FORTH Crete, Greece

Contact

Professor of Experimental Soft Matter Physics coordinates a research group that uses light to perform broadly focused investigations on the structure, the dynamics and the working processes involving soft and biological materials. We rely on collaborations with international partners, both in academia and industry.
Roberto Cerbino
Comp. and Soft Matter Physics
0043/1/42 77-73250
roberto.cerbino@univie.ac.at
https://comp-phys.univie.ac.at/cerbino/

Location

Location on map

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