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Capsule shells and safe drug delivery — extending into biomedical research grades.
Gelatin's film- and shell-forming properties are what hold a hard or soft capsule together — and what let it dissolve to a predictable schedule, giving formulators consistent, controlled release.
Gelatin sponges and film dressings are long-established pharmaceutical formats — absorbent, resorbable, and used to hold a dressing against the wound bed.
Collagen is vital in protein supplements — supporting muscle structure, joint health and overall recovery.
GelMA and collagen-based scaffolds serve as bio-inks in tissue engineering, cell culture and bioprinting — research and clinical settings where purity, endotoxin limits and traceability are held to the tightest standard.
Gelatin is the material a hard or soft capsule shell is made from — its dissolution behaviour is what makes drug release predictable. Collagen, the protein gelatin is derived from, is the structural component of the body's own connective tissue, which is why the same material extends into wound-care formats and biomedical research: tissue-engineering scaffolds, cell culture and bio-inks, where biocompatibility and mechanical strength do the work.
A typical starting point for this sector — final grade is confirmed against your formulation and process.
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