3D Cell Culture | 3D Cell Culture Models | Corning

We use cookies to ensure the best experience on our website.
View Cookie Policy
/worldwide/en/corning-cookie-policy.html
_self
Accept Cookie Policy
Change My Settings
ESSENTIAL COOKIES
Required for the site to function.
PREFERENCE AND ANALYTICS COOKIES
Augment your site experience.
SOCIAL AND MARKETING COOKIES
Lets Corning work with partners to enable social features and marketing messages.
ALWAYS ON
ON
OFF

This site is best viewed in a modern web browser. Please update your browser for the best experience possible.

Close[x]

Create in vivo -like functionality with optimized 3D cell culture models

Whether you’re just getting started in 3D cell culture, looking for proven ways to scale up, or moving to high throughput screening, Corning can help you break through the barriers to creating more in vivo-like environments and predictive models. Quickly and efficiently.

For more than 25 years, Corning has delivered innovations that have advanced the science of 3D cell culture. We pioneered the development of novel tools providing easier access to in vivo-like 3D models, such as Corning Matrigel® matrix and Transwell® permeable supports. And we continue to support you with a diverse and evolving portfolio of innovative 3D cell culture products, like the Corning spheroid microplate, as well as workflow solutions, protocols, and expertise.

Corning is committed to working with you in critical areas like cancer biology, tissue engineering, and regenerative medicine – to help you bring safe, effective drugs and therapies to market in less time with greater certainty.

To receive the latest 3D cell culture resources and news from Corning, sign up for our technical updates.

Technical Documents

Application Support for 3D Cell Culture

Featured resources

Corning® Matrigel® Matrix

Helping Make 3D Cell Culture Easier Than Ever

Corning Matrigel matrix is being used in cutting edge applications across 3D cell culture, including organoid assays. 

Learn More

CAR-T Cell Screening

In Tumor Spheroids Using Corning Spheroid Microplates

Discover how you can better mimic the in vivo tumor microenvironment, to bridge the gap between successful in vitro studies and success in clinical trials.

Learn More

Don't Let 2D Cell Culture Hold You Back

Take the Guesswork Out of 3D Cell Culture in HTS Environments

Don't Let 2D Cell Culture Hold You Back

Hear from Tim Spicer, Director of Discovery Biology and HTS at The Scripps Institute about how Corning spheroid microplates simplify and streamline the creation of 3D cultures in an HTS environment.

Watch Now

Combining 3D Cell Culture Assays with Live Imaging

Perform microplate reading and imaging robust and reproducible data

See how Corning’s spheroid microplates and the Acumen® Cellista scanning laser cytometer  enables rapid, high throuHear from Brad Larson, Principal Scientist from BioTek Instruments, Inc about how you an combine the Cytation 5 with Corning spheroid and high content microplates to easily perform assays and simplify 3D spheroid workflow. ghput, 3D cell culture screening.

Watch Now

Support

Scientific Support – Setting a New Industry Standard

Related Products

You may also be interested in these related products.

Corning 96- and 384-Well Spheroid Microplates

Corning 96- and 384-Well Spheroid Microplates

Corning spheroid microplates feature an ultra-low attachment surface, a unique hydrogel surface designed to prevent cell attachment. This surface treatment inhibits specific and nonspecific immobilization, which forces cells into a suspended state thus allowing for 3D spheroid formation.

Corning spheroid microplates feature an ultra-low attachment surface. This surface treatment inhibits specific and nonspecific immobilization, which forces cells into a suspended state thus allowing for 3D spheroid formation.

Enable 3D Spheroid Formation with Corning Ultra-Low Attachment Surface

Enable 3D Spheroid Formation

Corning Ultra-Low Attachment surface—a unique hydrogel surface designed to prevent cell attachment—inhibits specific and nonspecific immobilization, which forces cells into a suspended state, enabling 3D spheroid formation.

Corning Ultra-Low Attachment surface—a unique hydrogel surface designed to prevent cell attachment—inhibits specific and nonspecific immobilization, enabling 3D spheroid formation.

Transwell® Permeable Supports

Transwell® Permeable Supports

Create in vivo -like cell culture environment using Transwell permeable supports to enhance cell growth for both anchorage-dependent and feeder-independent cell lines.

Create in vivo -like cell culture environment using Transwell permeable supports to enhance cell growth for both anchorage-dependent and feeder-independent cell lines.