ibidi GmbH

View all Products

Dispensing Pump
For gentle cell perfusion assays • wide range of adjustable flow • low pulsation rate • allows parallel perfusion assays wit...

View Product

Heating stage
Heating stage for live cell imaging • individual heating plate for all microscope platforms • micro environment via heated pl...

View Product

µ-Slide rack
Safe, convenient storage for µ-Slides • prevents scratching of the µ-Slide bottom • ideal storage after oil immersion microscopy • al...

View Product

µ-Slide y-shaped flow kit
Flow through µ-Slide, tubes, and adapters for vessel branching simulation • technical data identical to µ-Slide y-shaped • tests of ac...

View Product

µ-Slide VI flow kit
Flow through µ-Slide, tubes, and adapters for parallel assays • technical data identical to µ-Slide VI • suitable for toxicology and d...

View Product

Browse All ibidi GmbH Products (see all)

Browse Products by Field

Basic Research (15)

Forensics (15)

General Lab (15)

Life Sciences (15)

Materials (15)

Company Profile

ibidi GmbH develops, produces and distributes a "Lab-on-a-Slide" technology (so
called µ-Slides) for the analysis of cells and biomolecules. At present, the product
family covers cell culture µ-Slides, and protein µ-Slides.

The cells can be seeded into a channel and conveniently be supplied with medium.
The advantage of the µ-Slide is that it combines a cell culture dish with an optical
observation chamber equivalent to the glass slide/cover slip setup that is required for
high resolution microscopy.

The simultaneous cultivation and optical analysis of the cells enables amongst other
things; the use of immune fluorescence techniques, chemotactical investigations
and the simulation of blood vessels for adhesion and migration studies. The µ-Slide
channel can be completely coated with endothelial cells, for instance. Thus, the
µ-Slides provides a model system for interaction studies between blood stream and
vessel wall.
The high optical quality of the µ-Slide makes investigations with all usual microscopy
techniques such as DIC, phase contrast, confocal microscopy, Laser Scanning
Microscopy (LSM) and fluorescence correlation spectroscopy (FCS) possible.