Description

Conductive Bioink (Graphene-Enhanced) is a composite hydrogel formulation designed to introduce electrical conductivity into bioprinted constructs. By integrating graphene nanomaterials within a biocompatible hydrogel matrix, the bioink enables efficient charge transport while maintaining a hydrated environment suitable for cell encapsulation. This combination supports applications where electrical signaling is critical, such as neural, cardiac, and biosensing systems.

The formulation is optimized for extrusion-based bioprinting, providing shear-thinning behavior for smooth deposition and stable filament formation. The conductive network formed by graphene enhances signal transmission without compromising mechanical integrity or cell compatibility. The system allows tuning of conductivity and mechanical properties to match specific application requirements.

Key features
Electrically conductive hydrogel system
Graphene-enhanced network
Shear-thinning for extrusion printing
Tunable conductivity and mechanics
Biocompatible matrix

Typical specifications
Volume 10 mL
Polymer base hydrogel with graphene composite
Conductivity tunable
Crosslinking UV or visible light
Sterility available upon request

Applications
Neural tissue engineering
Cardiac tissue models
Bioelectronic interfaces
Biosensor integration
Advanced 3D bioprinting systems