Cloning Platform XT
An automated modular platform that features 96-well plate integration, automated single-cell identification and clonality reports for start-to-finish transparency of your cloning workflows.
Cloning Platform XT
Obtain well-plates full of verified monoclonal cultures -automated
The modular Cloning Platform XT fully automates the single-cell cloning workflow featuring ultra-low volume culture chambers. It uses automated single-cell identification and clonality reporting via “SCAI” (Single-Cell Automated Identification) technology, enabling documentation of monoclonality from the start of the clone.
Performance and functions
- Automated plating, feeding and harvesting from single cells to clonal cultures
- Automated single-cell identification and whole-chamber image documentation
- Automated transfer of clones into 96-well plates
- Automated generation of clonality reports for each clone
- Compatible with a wide range of reagents
Cloning Platform XT Parts
IsoCell-96 - obtain 96-well plates with 96 clonal cultures
The isoCell-96 features an integrated 96-well plate for the seamless and automated transfer of clonal cultures from miniature cell culture chambers into 96-well plates. The instrument also removes all tedious pipetting work from the user, dispenses cells, exchanges culture medium and harvests clonal cultures.
isoHub Fluorescence — 4 channels and 16 LED wavelengths to detect any fluorophore
The Cloning Platform XT features a CoolLED pE-4000 illumination system for fluorescence microscopy. Easily detect commonly used fluorescent molecules (GFP, RFP, DAPI, and more) thanks to the system’s 4 channels, 16 LED wavelengths, and a user-friendly control pad.
isoHub-SCAI - Single-cell Automated Identification
The isoHub imaging system automates navigation through our miniature cell culture chambers and lets you review clonal outgrowth in a single click using whole-chamber imaging. The SCAI system automatically identifies single cells after plating in miniature cell chambers and provides documentation with whole-chamber images.







