LiveDrop | Droplet microfluidics company

LiveDrop has developed a high-level of expertise in droplet microfluidics and created the all-integrated microfluidic flow cytometer called ModaFlow™.

The ModaFlow instrument and its unique modules and consumables (customized microfluidic chips designed for the experimental needs) will enable you to confine cells and reagents in droplets and subsequently sort them together, allowing to select individual cells or cell subsets with desirable properties based on their secretion profile.

Does your dream workflow require making hundreds of thousands of reproducible tests a day?
Do you wish you could access cell secretome in addition to surface biomarkers in a single experiment?
Have you ever struggled to recover viable fragile cells and looked for gentle cell sorting solutions?

If so, you should have a look at the ModaFlow™ instrument.

ModaFlow™ in numbers

4M

Droplets generated/hour

Providing you with high capabilities for biological material compartmentalization

1M

Single-cell analyzed/day

Boosting your chance to find out the rare events and cells you are struggling to recover

3

Lasers

Allowing you to use a vast array of fluorescent markers for droplet-based fluorescence-activated cell sorting

10+

Years expertise

Ensuring you get the best of what the technology has to offer: built upon experience, by users for users

Applications in life sciences

Rare cells/low abundant cells

Use ultra high-throughput screening capabilities to get the precise cell you are looking for out of vast cell populations

Immuno-oncology

Sort relevant immune cells of desired functions

Microbiology & microbiota

Improve microbial diversity by sorting low-abundance and unculturable microorganisms

Cell therapy

Enhance your cell selection workflow and identify the most effective cells

Bioproduction/Cell line development

Enhance your cell selection process by gently sorting highly relevant clones out of vast populations

Extracellular vesicles

Enrich and isolate extracellular vesicles and determine their physiological relevance

Gene therapy

Increase your transduction rate and reduce viral vector consumption

Synthetic biology & CRISPR

Identify the most potent clones and improve the transfection efficiency

The droplet microfluidics company that makes you reach a new level

During our various interactions with LiveDrop’s teams, I was impressed by the ModaFlow technology they have been developing.

Being able to isolate in action and at the individual level the immune cells of interest, to characterize and to study their interactions will revolutionize the field of vaccine design and applied vaccinology in general.

Ahmed E., Senior Scientist, GSK.

We have been very impressed by LiveDrop’s ModaFlow™ machine since day 1 of our project. We have used this technology for the encapsulation of bacteria and droplet PCR, and it has been extremely easy to use it. Its modular structure and plug-and play cassette made it absolutely critical for the success of our project, since it allowed us to test multiple conditions in only few hours. We could not recommend it highly enough!

Giulia p., Senior Scientist, Antares.

Hit discovery for antibodies was mainly achieved by hybridoma technology and from libraries displayed by phage, yeast, or mammalian. Despite these methods are streamlined and successful, drawbacks and lack of delivery of hits is common for membrane protein.

The development of microfluidic technologies such as ModaFlow™ with the ability to compartmentalize cells within picoliter droplets will revolutionize the screening and the discovery of binders through the pre-screening of IgG secreting B cells followed by the co incubation of B cells with cells expressing the target of interest.

Xavier L., Chief Scientific Officer, Domain Therapeutics

Modaflow™ is great because it brings microfluidic droplets to any academic/corporate lab in a few hours of training. With all the possible applications at hand and a follow up team able to shape the product to the lab's request. ModaFlow™ allow me to saves a lot of time everyday to set-up an experiment and adjusting all the variables around it. I am able to screen, sort and collect droplets faster than on a home-made station.

Malik G., PhD, ULiège.