Accelerate Cell Line Development


The main challenges associated with cell line development include maintaining good cell viability and ensuring monoclonality of isolated cells.


You can save till 4 weeks of the overall cloning process!


  • Cloning with cellenONE

    Unlike other technologies (microdroplets, limiting dilution, microfluidic traps), with cellenONE, none of the well will contain multiple cells and most will have a single cell present making the process much more efficient.

  • Traditional Cloning

    Traditional cloning that follow Poisson distribution such as limiting dilution are far from efficient. Indeed, several wells within each plate will contain multiple colonies. Due to this, long and tedious multiple cloning steps are required to ensure monoclonality.


Only single cell dispensed, no doublets

High viability

Avoid recloning

Save time

Save on consumables and media



Outstanding accuracy

No doublets

Unseen Recovery

Suitable for most cell types

Unparalleled clonal recovery achieved in 96 and 1536 Microtiter Plates


cellenONE as an ideal platform for undertaking automated cloning in both standard (96 MTP) and high density (1536 MTP) substrates as it ensures monoclonality while maintaining outstanding clonal recovery.

Compatibility with high density substrates offers a dramatic increase in throughput to automatically process the equivalent of 16 individual 96 MTP in under an hour leaving personnel free to perform less routine tasks.

In addition to saving time, one can save on consumables and expensive reagents while ensuring documentation and monoclonality of all isolated cells.


Outstanding clonal recoveries were observed with 96% and 94% of wells containing single colonies in 96 and 1536 MTP, respectively. Additionally, the remaining wells were empty and did not contain multiple colonies.

Single cells from dissociated lung cancer spheroids successfully isolated onto a microscope slide. Every position contains one single cell.

Unlike other technologies (microdroplet, microfluidic traps), doublets can be completely excluded and only single cells are dispensed.


Results from 5x100 positions filled with single cells from four different cells samples. Single cells rate is indicated in pink, up to 99% for A549 cells; in white are empty positions and in grey, multiple cells positions.

Compared to other single cell sorting methods


Cost- and time-efficient generation of high-expressing and fast-expanding monoclonal cell lines is critical for the production of biologicals.

Two of the most common methods for cloning cells are:

  • Manual dilution: is highly inefficient and cost consuming as most wells will not contain only a single cell, which forces multiple cloning steps
  • FACS: enables single-cell isolation but suffers from high shear stress and subsequent poor clonal recovery



In order to compare viability and recovery rates between flow cytometry method and cellenONE, single polyclonal mouse hybridoma cells were isolated into 384-well plates.


cellenONE ensures most isolated single cells are maintained alive!

cellenONE® X1 significantly outperforms the FACSAria 3 in all measured aspects of clonal recovery of hybridoma cells

  • Viability

    Gentle piezo acoustic dispensing enables greater outgrowth than discriminating live cells as they are still subject to the high shear stresses of FACS after detection.

  • Recovery

    cellenONE® X1 can process low cell inputs with minimal losses. Total recovery of cells has the potential to be greater than measured as rejected cells are collected into a recovery tube and may be reprocessed.

Temperature control improves clonal recovery


cellenONE® systems are equipped with a temperature controlled unit to improve clonal recovery.

Interestingly optimal cloning results were obtained at 4ºC for both CHO and HEK cells.


CHO Cloning experiment in 384wp at different temperature