Friday, December 5, 2025

11:00 AM - 12:15 PM

Law Annex Seminar Room 100 (F10A.01.100)

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Details

This educational workshop, organized and curated by REGENHU, introduces participants to the latest advancements in 3D bioprinting and pharmaceutical printing technologies. REGENHU’s integrated bioprinting ecosystem enables high-precision, multi-material fabrication for applications ranging from complex tissue models to personalized drug-delivery systems. The session combines conceptual insights with a live, hands-on demonstration of multimodal printing capabilities, showcasing how REGENHU’s technology empowers innovation across regenerative medicine, tissue engineering, and pharmaceutical development. Workshop segments 1. Bioprinting system deep dive •High-level overview: Understanding bio/printing ecosystem and its role in advancing translational research and personalised medicine. •Core functionality: Explore the technical principles behind precision multi-head deposition, multi-material 3D printing platforms, broad viscosity handling, and environmental control modules. 2. Technology showcase: Live bioprinting session •Demonstration: Live printing of a 3D tissue construct and a pharmaceutical dosage form (e.g., personalized tablet geometry). The session combines conceptual insights with a live hands-on demonstration of multimodal printing capabilities, showcasing how REGENHU’s technology empowers innovation across regenerative medicine, tissue engineering, and pharmaceutical development. 3. Application case studies •Tissue engineering models: Case studies highlighting the fabrication of physiologically relevant 3D tissue constructs for research in regenerative medicine and disease modeling. •Pharmaceutical printing: Exploration of how REGENHU’s systems enable precise spatial control of active ingredients for advanced drug delivery and personalized therapeutic applications. What you’ll learn •How 3D printing technology integrates 3D bioprinting and pharmaceutical printing on a single platform. •The complete workflow: from bio-ink preparation and print design to construct maturation and functional analysis. •How multi-material printing supports both biological model development and personalized drug manufacturing. •Practical understanding of how 3D printing is transforming preclinical testing, tissue engineering, and pharmaceutical innovation

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Speaker