Design your own spheroid and organoid culture system with this downloadable STL file for the Micropocket Mastermold. This 3D-printable mold is engineered to create uniform micropockets in hydrogels (e.g., polyacrylamide, collagen, Matrigel), enabling high-throughput formation of 3D cell aggregates, microtissues, and multicellular spheroids in standard well plates.

Developed and validated for generating hydrogel-based microenvironments to support 3D culture, this mold is ideal for users who want to fabricate their own tools for tissue engineering, organoid development, drug screening, and regenerative medicine.

🛠️ What You Get:

1. STL file for the Micropocket Mastermold
2. Compatible with most resin 3D printers

🔬 Key Applications:

1. Formation of uniform organoids, tumor spheroids, and stem cell aggregates
2. Creation of spatially confined 3D microenvironments in hydrogels
3. High-throughput 3D culture assays for drug discovery or disease modeling

🧪 Ideal For:

1. Biomedical researchers
2. Tissue engineers
3. Stem cell and cancer biologists
4. Labs looking to customize their own micropatterned hydrogel systems

Ideally printed with smallest available layer height (~10um) on high resolution SLA printer.

Note: This file is for personal and academic use only. Commercial reproduction or redistribution without permission is not allowed.