This system will  provide you with 2X diffraction limited resolution.  Widefield detection, so best with thinner samples. Live-cell capable!

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!

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

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

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!

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

Basic system for Brightfield, Phase, and DIC acquisitions

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

Two=Photon applications when you need to go deeeeep.  Up to a few millimeters.

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 um up to 10 mm x 10 mm x 20mm!

 This microscope is a multi-view selective illumination (MuVi-SPIM) microscope.  Two parallel light sheets are generated by Nikon 10x .3NA objectives.

Fully customizable scaffold capable of coupling light-sheet imaging with ….  A DMD is planned to put on the bottom port for light-sheet optogenetic capability.