Hydrogels for artificial skin with controlled mechanical strength and methods for manufacturing them

Manufacturing Technology for Artificial Skin Hydrogels with Controlled Strength and Porosity

This technology relates to hydrogels for artificial skin with controlled mechanical strength and methods for manufacturing them. Specifically, it is a manufacturing technology for artificial skin hydrogels with controlled strength and porosity.

Existing technologies faced the challenge of providing artificial skin with controlled mechanical strength and appropriate microstructures for skin regeneration. To address this, the present technology proposes a configuration comprising hydrogels with serially connected collagen and monomer crosslinks, exhibiting porosity and controlled mechanical strength.

Accordingly, this technology can improve the control of mechanical strength and porosity in artificial skin hydrogels, thereby enhancing their potential for skin regeneration. It has value for utilization in the fields of healthcare, pharmaceuticals, bio, biology, and advanced materials.

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Key Features

• Implements manufacturing technology for artificial skin hydrogels with controlled strength and porosity
• Controls the strength and porosity of hydrogels by adjusting the collagen and monomer crosslink structure
• Improves the control of mechanical strength and porosity in artificial skin hydrogels, thereby enhancing their potential for skin regeneration
• Can be utilized for improving the performance of materials and components in the fields of healthcare, bio, and advanced materials

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