The New ibidi Micro Illumination System
Create Complex Cell Models with Light-Induced Microfabrication
Turn light into precision: From micropatterning to organ-on-a-chip fabrication, the ibidi Micro Illumination System enables researchers to create reproducible microstructures quickly and precisely in the lab.
Build Physiologically Relevant Vascular Models
Create hydrogel microchannels that mimic native tissue architecture.
Generate Uniform Spheroids
Control cell organization by micropatterning to generate highly reproducible 3D cell cultures that remain securely positioned for imaging.
Engineer Organ-on-a-Chip Models
Combine microfluidics & UV microfabrication for advanced in vitro disease modeling and drug testing.
Perform Reproducible Cell Migration Assays
Generate reproducible cell-free regions by light-induced wounding, without mechanical disruption, even in closed labware.
Investigate Cell–ECM Interaction
Enable precise spatial surface functionalization by photo click chemistry and control cell adhesion and migration.
Learn How Light-Induced Microstructuring Transforms Your Experiments!
From Idea to Experiment
Microfabrication With the ibidi
Micro Illumination System
Header image courtesy of Jerome Jatzlau & Paul-Lennard Mendez, FU Berlin, Germany and µ-Slide image by Charlott Leu, Soft Matter Physics, LMU, Germany.