Description

This gelatin‑based high‑strength 3D printing bioink is formulated from o‑nitrobenzyl‑modified gelatin (GelNB), methacrylated sodium hyaluronate (HAMA), a photoabsorber, and a phosphate‑buffered aqueous solution. Sterile and ready‑to‑use, the bioink is fully compatible with DLP and LCD bioprinting systems.

The formulation enables rapid photocrosslinking, high mechanical strength, and excellent biocompatibility, ensuring stable structural fidelity and high‑precision printing throughout the fabrication process. In addition, the gelatin backbone provides natural cell‑adhesive motifs and biodegradability, offering strong potential for applications in tissue repair, regenerative medicine, and advanced biofabrication.

Product Advantages

• High Batch‑to‑Batch Consistency Standardized manufacturing processes ensure reliable product performance and excellent reproducibility.
• High Purity with Low Residuals Advanced purification techniques effectively control residual methacrylic acid and other process‑related impurities.
• Rigorous Quality Control and Safety Each batch undergoes comprehensive testing to guarantee safety and suitability for biomedical applications.
• Excellent Storage Stability Maintains long‑term quality and performance under recommended storage conditions.

3D Printing Bioink

• PEG‑Based High‑Toughness 3D Printing Bioink
• Low‑Swelling 3D Printing Bioink
• GelMA Photocrosslinkable 3D Printing Bioink
• Gelatin‑Based High‑Strength 3D Printing Bioink
• PVA‑Based Photocurable 3D Bioprinting Bioink (PVAMA)

Only for research and not intended for treatment of humans or animals

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SBS Genetech is a long-term sponsor of Cold Spring Harbor Laboratory