Repairs 3-cm peripheral nerve defect

Biodegradable polymer

Good biocompatibility

Micro-structure designed for regeneration

Unique micro-design promotes nutrient exchange

Excellent elasticity and great vascular compliance

Great biocompatibility without leakage and infection

Promotes vessel regeneration with special biodegradable materials

Long-term patency with limited foreign body reaction and thrombosis

Applicable to small-diameter blood vessel

Lower amputation rate for patients

Multi-layered biomimetic structure: keratin layer, epidermis, and dermis

Human tissue sources, world class extract/isolation technology

High bio-compatibility, integration of multiple layers of skin tissues

One-time treatment, reduces possible reoccurring injuries due to wound dressing change

Rich in multiple growth factors

Increases the rate of tissue regeneration

Ionic aqueous polymer material, hydrophilicity

A patented biodegradable anti adhesion material which prevents secondary surgery

Low foreign body response, high elasticity and mechanical strength

Effective in mobile areas such as tendons and joints

Patented water-based material printing technology, can be used with various types of cells and biological reagents

Exclusive CAD/CAM editing program that customizes biological tissue engineering products

Flexible patented biomaterial, compatible with various organs needing clinical medicine

Good mechanical strength and biocompatibility

Adjustable biodegradation time

No initiator or organic solvent which makes it non-toxic and environment friendly

Easy to use and cost efficient