In the medical field, wound healing remains a critical challenge. The process is inherently slow and complex, requiring meticulous care to prevent infection, alleviate pain, and minimize scarring. Dressings play a pivotal role by protecting wounds, absorbing exudate, and maintaining an optimal moist environment. Despite existing materials, the quest for safer and more effective alternatives persists.
AMS BioteQ’s SIPSIP Pro Gelatin Dressing exemplifies such innovation. Gelatin, a natural and biodegradable material with exceptional biocompatibility, has gained attention for its porous structure that absorbs exudate and supports tissue regeneration. However, its susceptibility to degradation in moist environments limits durability. To address this, AMS BioteQ collaborated with National Taiwan University of Science and Technology and Tokushima University (Japan), developing a gelatin dressing crosslinked with glutaraldehyde and processed via freeze-drying. The resulting foam features uniformly distributed pores (60–70 μm average size), enabling superior fluid absorption.
These findings position gelatin dressings as a safe, eco-friendly alternative for wound care, with potential to redefine standards through further clinical validation.
The global medical dressing market is expanding rapidly:
SIPSIP Pro aligns with these trends, offering:
✅ High biocompatibility
✅ Sustainable material sourcing
✅ Competitive performance metrics
AMS BioteQ (6864-TW) plans continued R&D investment to broaden clinical applications and market penetration.
Chairman Tsai Yi-Ju emphasizes AMS BioteQ’s commitment to advancing wound care technology. SIPSIP Pro represents both a corporate milestone and a medical breakthrough, with potential to enhance patient outcomes globally.