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ibidi GmbH

ibidi GmbH

ibidi is a leading supplier for functional cell-based assays and advanced products for cellular microscopy with an extensive line of micro-slides, -dishes, and -plates that offer solutions for classic cell culturing, and also complex assays (e.g., angiogenesis, chemotaxis, wound healing, shear stress and flow). The compan ...
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About ibidi GmbH

ibidi is a leading supplier for functional cell-based assays and advanced products for cellular microscopy with an extensive line of micro-slides, -dishes, and -plates that offer solutions for classic cell culturing, and also complex assays (e.g., angiogenesis, chemotaxis, wound healing, shear stress and flow). The company also specializes in instruments such as heating and incubation units, and a unique perfusion system for the simulation of blood vessels.

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Well Plate
µ-Plate 48 Well

µ-Plate is a black 384 well plate with square wells and a #1.5H glass coverslip bottom for high throughput screening using TIRF and super-resolution microscopy. It provides brilliant cell imaging due to the low thickness variability of the #1.5H glass coverslip and the excellent inner well and whole plate flatness.
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Stage Top Incubator
CO2 - Silver Line

The ibidi Stage Top Incubators – Silver Line are designed for long-term live cell imaging on every inverted microscope, with precise temperature regulation, active humidity control, and CO2 regulation. Combining the ibidi Gas Incubation System and the ibidi Heating System, they precisely control essential parameters such as temperature, humidity, and CO2 levels on the microscope to get reproducible results.
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Pump System
Fluidic Unit Quad

The Fluidic Unit Quad is a pump system with four fluidic units for the cultivation of, e.g. endothelial, cells under flow for the simulation of blood vessels. It enables ideal simulation of various physiological conditions - continuous unidirectional, oscillating, and pulsatile flow – and is compatible with the ibidi heating systems, all incubators, and incubated microscopes.
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Clinical Laboratory

Well Plate
µ-Plate 48 Well

µ-Plate is a black 384 well plate with square wells and a #1.5H glass coverslip bottom for high throughput screening using TIRF and super-resolution microscopy. It provides brilliant cell imaging due to the low thickness variability of the #1.5H glass coverslip and the excellent inner well and whole plate flatness.
More details

Stage Top Incubator
CO2 - Silver Line

The ibidi Stage Top Incubators – Silver Line are designed for long-term live cell imaging on every inverted microscope, with precise temperature regulation, active humidity control, and CO2 regulation. Combining the ibidi Gas Incubation System and the ibidi Heating System, they precisely control essential parameters such as temperature, humidity, and CO2 levels on the microscope to get reproducible results.
More details

Pump System
Fluidic Unit Quad

The Fluidic Unit Quad is a pump system with four fluidic units for the cultivation of, e.g. endothelial, cells under flow for the simulation of blood vessels. It enables ideal simulation of various physiological conditions - continuous unidirectional, oscillating, and pulsatile flow – and is compatible with the ibidi heating systems, all incubators, and incubated microscopes.
More details

µ-Plate 96 Well
µ-Plate Angiogenesis 96 Well

The µ-Plate Angiogenesis 96 Well is a µ-Plate 96 Well used to investigate angiogenesis in high throughput tube formation assays with a fully SBS (Society for Biomolecular Screening) and robotics compatible screening plate. It enables brilliant visualization without meniscus formation with all cells in one focal plane and allows for cost-effective high throughput experiments, requiring only 10 µl of gel per well.
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Open µ-Slide
µ-Slide 8 Well

The µ-Slide 8 Well is an open µ-Slide with eight wells for use in immunofluorescence and high-end microscopy and allows for observation of the sample through the coverslip-like bottom using high resolution microscopy. The all-in-one chamber slide reduces the number of experimental steps in immunofluorescence protocols, allowing for cost-effective experiments using small numbers of cells and low volumes of reagents.
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