You have a vision—unravelling disease mechanisms—and to help you get there, we’ve created µMass™. A microplate with optimized geometry for the creation of solid tumours, and the culturing of cell aggregates, spheroids, organoids, or whatever your preferred 3D cell configuration may be.

The process
01
Add Cells
Seed the cells—the wells of the µMass™ were designed for maximum user friendliness and minimum cell perturbation
02
Aggregate
Centrifuge the cells into an aggregate and flush the cells remaining in the channel
03
Introduce Therapy
Add T-cells, small-molecule therapies, cytokines, or a combination of the like*
*μMass™ is therapeutic-modality agnostic
04
Analyze Data
Perform analysis on the extracted medium or cells to understand the experimental outcome
For all things 3D
3D cell aggregates that mimic human biology

Breakthroughs start with the right tools. µMass™ empowers you to push the boundaries of discovery, performing 56 distinct tests on a single platform with unmatched precision, as well as a 60% reduction of reagent usage. Designed for generating vascularized solid tumours in vitro to quantify cell-therapy potency, and capable of much more—culturing organoids, spheroids, and next-generation organ-on-chip research—it brings you closer to real clinical outcomes.

Whether it’s unravelling disease mechanisms, optimizing drug dosing, or pioneering new therapies, µMass™ makes every experiment count. Fully automation-compatible, it seamlessly integrates into your lab—so you can focus on what truly matters: advancing science and making a real impact on the lives of patients.

Example cellular systems: breast, lung, and prostate cancer as well as many more!
Download the brochure below for a full list of cell types.

Interested in working with cells you don’t see listed? Get in touch!

Trusted by
Leading Researchers

“The µMass enables the formation of 3D spheroids on the same level as standard low-adhesion plates, however, the µMass enables faster medium exchange without damaging cell models. This results in significant improvement in the comfort and precision of laboratory work, and thus better reproducibility when performing multiple batches of an experiment.”

Agnieszka Żuchowska
Assistant Professor, Warsaw University of Technology

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