CollaWind Sheet

Engineered skin equivalent or scaffold for skin regeneration in burn and wound management. Provides structure for epidermal and dermal tissue reconstruction. Indicated for significant skin defects and thermal injuries.

A hybrid mesh medical device combining collagen sheet and polycaprolactone (PCL) mesh manufactured using 3D printing technology. It is used for reinforcement and reconstruction of damaged soft tissues such as muscle and abdominal wall. The device is biodegradable, naturally dissolves in the body over approximately 6 months, and regenerates as tissue while reducing adhesion problems. It addresses issues associated with cadaver-derived dermal grafts including high cost, inflammatory response, and supply imbalance.

Collagen-based material designed for tissue simulation in biomedical applications. Supports medical training, surgical planning, and biomaterial research with realistic tissue properties.

Resorbable collagen barrier membrane for guided bone regeneration in dental and periodontal applications.

Biocompatible matrix material supporting soft tissue repair and regeneration. Applicable across multiple surgical specialties including oral, maxillofacial, and dermatological procedures.

A unique collagen-elastin matrix designed to serve as a dermal replacement scaffold for tissue regeneration applications. This bioengineered scaffold maintains native biomaterial properties and promotes effective tissue reconstruction and healing.

A collagen-based barrier membrane designed to prevent tissue ingrowth and support guided tissue regeneration in surgical procedures. COLL-OS provides biocompatible protection during healing processes.

A tissue engineering scaffold designed for oral tissue regeneration and repair applications. The product represents an industry-leading solution developed through collaboration with international dental regeneration specialists.

Collagen-based bioink for 3D printing applications in biomedical engineering. Enables fabrication of tissue constructs and medical device prototypes with biological compatibility.

Collagen fiber scaffolds produced via patented dry-spinning technology for tissue engineering and regenerative medicine applications. These biocompatible scaffolds replicate natural collagen structure and are used as additives for 3D bioprinting, hydrogel components, and cellular matrices for 2D/3D cell and tissue culture. Manufactured at commercial scale with automated production systems.

Medical devices incorporating collagen technology for therapeutic applications. Designed to meet clinical requirements across multiple medical specialty areas.

A regenerative medicine material produced through proprietary decellularization technology applied to porcine omentum-derived extracellular matrix. The product is indicated for wound care and tissue reconstruction in clinical applications.