Micropillar technology from 4Dcell harnesses arrays of vertical, elastic microstructures to transform cellular forces into precise, quantifiable deflections. Each coverslip features a uniform grid of silicone pillars whose height, diameter, and spacing you can tailor to match tissue-specific mechanics? enabling real-time measurement of traction forces, migration dynamics, and contractility at the single-cell level.

Seamlessly compatible with live-cell imaging and high-throughput screening, our micropillar platforms provide a turnkey solution for probing mechanotransduction, drug responses, and cell, matrix interactions with unprecedented sensitivity and reproducibility.

Whether you’re mapping cardiomyocyte contractions, studying cancer cell invasion, or dissecting fibroblast remodeling, 4Dcell’s micropillars deliver the mechanical cues and readouts you need to accelerate your mechanobiology research.