Products & Reviews

Discover Assay-ready 3D InSight™ C57BL/6 Mouse Liver Microtissues - standardized mouse liver co-culture spheroids designed to support scalable and reproducible translational toxicology studies. With up to 4 weeks of functional stability, three-weekly QC-controlled production batches, and reliable delivery in the InFloat™ Shipping System, they provide flexibility in study planning and enable the identification of species-specif…

Discover Assay-ready 3D InSight™ Beagle Dog Liver Microtissues - standardized dog liver co-culture spheroids designed to support scalable and reproducible translational toxicology studies. With up to 4 weeks of functional stability, three-weekly QC-controlled production batches, and reliable delivery in the InFloat™ Shipping System, they provide flexibility in study planning and enable the identification of species-specific ad…

Gri3D® Plates are designed to revolutionize 3D cell culture by offering unparalleled precision, scalability, and reproducibility. Each plate features a high-density array of hydrogel microwells engineered to promote the uniform formation of organoids, enabling researchers to generate physiologically relevant 3D models with ease. Gri3D® Plates are available in Polystyrene with a 1 mm bottom or with a 180 µm COP imaging membran…

Discover Assay-ready 3D InSight™ Human Liver Microtissues - standardized human liver co-culture spheroids designed to support scalable, reproducible studies across the drug discovery pipeline. With up to 4 weeks of functional stability, weekly QC-controlled production, and reliable shipment in the InFloat™ Shipping System, they enable flexible study planning from early screening to investigative studies.

The Akura™ 3D SureKit is a validated, all-in-one 3D cell culture kit for generating and culturing high-quality 3D liver spheroids from primary human hepatocytes (single donor) in your laboratory. Each kit includes pre-qualified hepatocytes, proprietary aggregation and culture media, and our Akura™ 96 Spheroid Microplate to ensure reliable spheroid formation, minimal tissue loss, and consistent performance.