Nikon A1 Confocal Microscope

Basic confocal with high sensitivity detectors.  The A1R-Si’s little sibling.

Nikon A1R-Si HD Confocal Microscope with Digital Micro-Mirror Device (DMD)

Low mag, high resolution optogenetics.  Of course you can do high mag high resolution as well.  Samples up to several hundred microns thick (sample dependant).  CFP/YFP capable.  Up to 400 frames per second temporal resolution!

Nikon A1R-STED Confocal Microscope with Stimulated Emission Depletion Detector (STED)

This system has a large field of view combined with a resonant scanner and a STED detector providing the possibility of high resolution and high speed imaging of live or fixed samples.

Nikon AX R Multiphoton Microscope

This inverted multiphoton microscope can efficiently acquire large amounts of information on ultrastructure in the deep regions of living organisms.

Leica SP5 Confocal Microscope

Prism-based detection allows for boutique-style fluorophore applications. High sensitivity detectors.

Nikon Ti-E with Spinning Disc and Photomanipulation Module and Anton Paar Rheometer

High-speed cell friendly applications. 6D acquisitions; XYZTλM. Photomanipulation module utilizing 100 mw 405 nm laser. Rheometer for real-time viscosity measurement as you image!

Nikon TIRF, Super Resolution (localization type), and Ablation

High-speed cell-friendly applications. 6D acquisitions; XYZTλM. Ablation module utilizing 50 MW 355 nm pulsed laser. TIRF and Super-Res.

Nikon Ti2 Inverted Microscope with Yokogawa W1 and SoRa Module (W1)

The CSU-W1 SoRa is both a confocal field scanning spinning disk system and a confocal super-resolution system. It features a wider field of view (FOV) and the ability to collect higher resolution images. The flexible configurations allow us to select the features that are optimal for our live-cell super-resolution applications which include both large specimens and samples with large regions of interest.

Bruker/Luxendo MuVi-SPIM Light-Sheet with Photomanipulation Module

Horizontal setup designed to image large volumes very fast. The unique 4-axis concept with its two-sided illumination allows four combinations of illumination and detection. Samples from 10 µm up to 10 mm x 10 mm x 20 mm. 


A fully customizable light-sheet scaffold system capable of acquiring approximately 300 nm isotropic voxels. 


Leica upright microscope with the White Light Laser (WLL) supplying wavelengths 485-685 nm. An additional 405 nm laser is available. It is Cryo-CLEM capable.

Simultaneous 2-color Incubated Epi-fluorescence System

An epi-fluorescence live-cell system to capture two colors simultaneously.  

Perkin Elmer Operetta

High-Content Imaging system makes fully automated image aquisition and analysis easy so you can generate the statistically significant data you need.