BioLogic Portfolio

Project Overview

The 4D Bioprinting Platform is at the vanguard of regenerative medicine. Unlike traditional 3D printing, our platform introduces the fourth dimension: time. Printed structures are designed to change shape and function post-fabrication in response to specific stimuli like temperature or pH changes within the body. This allows for the creation of smart, dynamic scaffolds that can better mimic the complex biological environment and promote tissue regeneration.

Key Innovations

**Smart Bio-Inks:** Developed a proprietary library of stimuli-responsive hydrogels that are biocompatible and biodegradable.

**AI-Powered Design:** Utilized machine learning models to predict the post-printing transformations of complex geometries, significantly reducing development time.

**Multi-Material Printing:** The platform supports simultaneous printing of multiple materials, enabling the fabrication of heterogeneous tissues with varying mechanical properties.

Outcomes

Achieved a 50% improvement in print resolution compared to industry standards.

Reduced material waste by 30% through optimized printing pathways.

Successfully demonstrated in-vitro self-folding of a vascular graft structure.