InChipit - Bi/ond

inCHIPit™

A smart well-plate to nourish, stimulate and monitor COMPLEX 3D TISSUES.

The inCHIPit™ is composed of an open well connected to a microfluidic channel through a static porous membrane.

The open well accommodates a wide variety of tissue sample types (microtissues, organoids, patient-derived samples, cell monolayers), providing biologists with direct access to the cell culture.

In the bottom compartment, single or multiple micro-channels are positioned to provide oxygen and nutrients to the tissues. You can choose between two chip types depending on the organ or tissue. The chip can stimulate tissues with in vivo likeness, and it is optically transparent for imaging.

In a few words: It`s all about providing you with versatility

When you buy the inCHIPit™ and the comPLATE™, you are not only buying a product, you are adding an engineer to your team.

Tech Specs

inCHIPit-3C™ (Tri-channel)

Ideal for ex vivo tissues, organoids, microtissues
It ensures refreshing the medium providing nutrition and oxygenation

inCHIPit-1C™ (Mono-channel)

Ideal for tissue-tissue interface models.
Exceptional control of the dynamic flow conditions.

prominent users

Testimonials

The enthusiasm of a young start-up company is tremendous: a delight to watch grow!

Prof. Christine MummeryLeiden University Medical Center

The Bi/ond team is very approachable and willing to work with the customer to make things work. Setting up the Organ-on-Chip technology went very smoothly in our lab.

Prof. Dik van GhentErasmus MC University Medical Center Rotterdam

The Bi/ond team listens well to its customers and is very capable to implement their needs into the system

Prof. Nicholas KURNIAWAN:Eindhoven University of technology

The engineering expertise of the Bi/ond employees sometimes still surprises me. Furthermore, I am very content with their communicative skills.

MSc. Jeroen SteinLeiden University Medical Center

The Bi/ond team was always available and helpful during the entire project duration and willing to listen to the challenges that occurred during the early adaptation of the technology. Our collaboration with Bi/ond helped us setting up microfluidics tissue slice culture platforms very smoothly in our lab.

Sanjiban ChakrabartiManipal Academy of higher education

dr. Nikolas Gaio

Hardware

Contact Nikolas

dr. William F. Q. Solano

Simulations

Contact William

Amr Othman

Biology

Contact Amr

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inCHIPit™

A smart well-plate to nourish, stimulate and monitor COMPLEX 3D TISSUES.

The inCHIPit™ is composed of an open well connected to a microfluidic channel through a static porous membrane.

The open well accommodates a wide variety of tissue sample types (microtissues, organoids, patient-derived samples, cell monolayers), providing biologists with direct access to the cell culture.

In the bottom compartment, single or multiple micro-channels are positioned to provide oxygen and nutrients to the tissues. You can choose between two chip types depending on the organ or tissue. The chip can stimulate tissues with in vivo likeness, and it is optically transparent for imaging.

In a few words: It`s all about providing you with versatility

When you buy the inCHIPit™ and the comPLATE™, you are not only buying a product, you are adding an engineer to your team.

Tech Specs

prominent users

Testimonials

Our technical team is here to help you!

dr. Nikolas Gaio

dr. William F. Q. Solano

Amr Othman

Hello!

Do you know about Bi/ond's newest product? Check out the MUSbit™

Appplication downloads