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Platforms Overview Biosystem Platforms Mantarray™ – 3D Tissue Contractility Analysis NEW! Mantarray Mini Plates – Fewer Cells. More Data. Nautilai™ – Optical Mapping of Voltage & Calcium Stingray™ – Maturation of 3D Engineered Tissues Cytostretcher™ – Cell Stretching Instruments NanoSurface™ Plates – HCI Plates for Structural Maturation Data Analytics Platforms Pulse™ – High-Throughput Video Contractility Analysis Software

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PLATFORMS Platforms Overview Biosystem Platforms Mantarray™ – 3D Tissue Contractility Analysis NEW! Mantarray Mini Plates – Fewer Cells. More Data. Nautilai™ – Optical Mapping of Voltage & Calcium Stingray™ – Maturation of 3D Engineered Tissues Cytostretcher™ – Cell Stretching Instruments NanoSurface™ Plates – HCI Plates for Structural Maturation Data Analytics Platforms Pulse™ – High-Throughput Video Contractility Analysis Software MODELS Models Overview Applications Skeletal Muscle Models Cardiac Models Disease Models Cells & Media NEW! Curi Bio Cardiac Media MantaReady™ 3D Skeletal Muscle Tissue Media MantaReady™ Skeletal Muscle Myoblasts Celogics Celo.Cardiomyocytes PARTNERSHIPS Curi Engine Services Curi Engine™ Services RESOURCES Product Literature Product Literature Application Notes Peer-Reviewed Publications & Posters Webinars Videos Knowledge Base ABOUT Company Company News Events Distributors Careers

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What is the depth from the nanopatterned surface to the plate bottom?

This dimension is about 0.7 mm.

NanoSurface PlatesArianna KieserFebruary 12, 2021

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Is the plate bottom parallel to the nanopatterned surface or is there a cone-shaped slope in order to collect cells to the nanosurface?

NanoSurface PlatesArianna KieserFebruary 12, 2021

Can I seed cells in this plate as I would in a normal 6-well plate? Should I change the cell density?

NanoSurface Plates, Cell SeedingArianna KieserFebruary 12, 2021

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Mantarray^™
3D Engineered Tissue Contractility Analysis

Cytostretcher^™
Cell Stretching Instruments

NanoSurface^™ Plates
Structural Maturation of Cardiac & Skeletal Muscle Cultures

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Utilize the Curi Engine^™ for:

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2D Heart Models
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Skeletal Muscle Tissue Models

2D Skeletal Muscle Models
3D Engineered Muscle Tissues (EMTs)

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