Cell Neurobiology & Imaging

ibidi µ-Slide Spheroid Perfusion

Optimized for long-term 3D spheroid and organoid cultivation with perfusion capability. Bioinert surface prevents non-specific cell adhesion while maintaining spheroid integrity; flexible preparation enables transfer or in situ creation with continuous nutrient supply.

ibidi µ-Slide Tissue Engineering

Purpose-built for microfabricated tissue models combining cell cultivation with high-resolution microscopy. Designed for organ-on-a-chip applications enabling physiologically relevant tissue environments with integrated microfluidic perfusion for complex in vitro systems.

ibidi µ-Slide ibiPore SiN

Two channels separated by a porous silicon nitride membrane, for transmigration, barrier function and permeability work under static conditions or under flow. Four membranes to choose from: 0.5 µm pores at 20 percent porosity (85216), 3.0 µm at 5 percent (85226), 5.0 µm at 5 percent (85236) and 8.0 µm at 5 percent (85246). Pore size decides what can cross, so tell us the cell type and we quote the right one.

ibidi µ-Slide Chemotaxis

Enables reproducible 2D and 3D chemotaxis assays with stable, predictable chemotactic gradients. Supports investigation of fast or slow-moving adherent and suspension cells with real-time measurement capability for extended migration studies and quantitative gradient-driven responses.

ibidi µ-Slide III 3in1

Merges three separate liquid streams to create switchable chemotactic gradients during fluidic assays. Enables real-time gradient switching and dynamic response studies where cells encounter changing chemical environments with rapid environmental switching capability.

ibidi µ-Slide y-shaped

Simulates branching blood vessel architecture with two input channels meeting at physiological angles. Enable investigation of cell behavior under branching vascular conditions and multi-directional shear stress responses ideal for cardiovascular and vascular biology research.

ibidi µ-Slide I

Single-channel microfluidic slide with open inlet and outlet ports for direct access and large, uniform shear stress field. Classic design enables flow assays, immunofluorescence experiments, and live-cell imaging with multiple height options and excellent optical properties.

ibidi Smart Slide

Latest-generation channel slide combining innovative fluidic design with smart features for automated or user-controlled flow experiments. Seamlessly integrates with modern perfusion systems and microscopy automation for high-throughput, reproducible microfluidic studies.

ibidi sticky-Slide 8 Well high

An 8-well chambered coverslip with sticky surface for adhesive cell culture and high-resolution fluorescence microscopy.

ibidi sticky-Slide 18 Well

Compact 18-well slide format for parallel cell culture and multi-sample screening.

ibidi sticky-Slide I Luer

Single flow chamber with female Luer ports and sticky surface coating for perfusion studies.

ibidi sticky-Slide Tissue

Specialized slide for tissue explant and 3D culture with tissue-optimized geometry.