Solid-to-solid bioprinting

Solid-to-solid bioprinting improves tissue maturation.

“Both in vitro and in vivo assessments reveal robust tissue maturation and histological organization, highlighting its significant promise for applications in tissue engineering and regenerative medicine.”

Animals

Entanglement-enhancing inks enable rapid vat-photopolymerization 3D bioprinting of physically robust hydrogel constructs

International Journal of Extreme Manufacturing·9 Sep 2026

Solid-to-solid bioprinting improves cellular viability in cells.

“manufacture ultralow amounts of GelMA hydrogels (2.5% w/v) without compromising structural stability or fidelity while also enhancing cellular morphology and viability.”

Cellsat 2.5% w/v GelMA hydrogels

Entanglement-enhancing inks enable rapid vat-photopolymerization 3D bioprinting of physically robust hydrogel constructs

International Journal of Extreme Manufacturing·9 Sep 2026