The fastest single-cell dispenser with fluorescent sorting
Faster than ever before
By automating labor-intensive and time-consuming steps, the F.SIGHT 2.0 significantly streamlines Cell Line Development (CLD), Cell & Gene therapy, as well as Single-cell Omics workflows. The F.SIGHT 2.0 is the fastest single-cell dispenser that isolates both unlabeled and green fluorescent cells. With our patented, highly efficient and gentle single-cell technology, single cells are dispensed into a 96-well plate in less than 2 minutes or a 384-well-plate in less than 7 minutes.
BRIGHTFIELD AND FLUORESCENCE
The innovative dual-camera system enables you to simultaneously capture brightfield and fluorescence information at full resolution. You can control both cameras independently and leverage the powerful built-in and free adjustable blue laser. Combined, their high dynamic range visualizes even the weakest fluorophores.
4x faster than the F.SIGHT
Easy operation through magnetic cartridge mounting
Compatible with robotic automation
Gentle cell isolation
Precise and accurate single-cell deposition for low volume assays in PCR- and 384-well plates
Reducing the risk of cross-contamination
The EASY.ON cartridge is precisely engineered by microfluidic experts to ensure cell viability with the gentlest handling and is disposable to eliminate the risk of cross-contamination between samples. Plus, setting up your experiments has never been easier as the EASY.ON cartridge is magnetically mounted for quick and easy loading.
Minimizing cell loss
Add an additional layer of optimization with Cell Focusing technology, which gently aligns cells at the center of the dispensing cartridge for superior cell detection. It offers significant improvements when working with rare cell types as this alignment ensures that cells are perfectly captured and measured, reducing cell loss and even increasing processing speeds.
Our all-new software is fast and intuitive. Design your individual fluorescence experiments within minutes. You get separate full-resolution brightfield and fluorescence imaging along with an overlay image. Everything is always recorded and saved for future analysis and assurance of clonality.