
The U3DP aims to offer comprehensive support to staff, researchers, and students at PolyU. Our goal is to facilitate the application of diverse 3D printing technologies, empowering individuals to enhance their research projects and academic pursuits.
3D printing has emerged as a pivotal research domain across various academic disciplines, owing to its versatility and innovative applications. By integrating 3D printing, researchers can explore new methodologies, prototype novel solutions, and contribute to advancements in their fields.

Below are some notable research areas and papers authored by PolyU academics that exemplify the impactful integration of 3D printing in their studies.

2024/25
2023/24
2022/23
Research Area / Paper | Contributing Department |
---|---|
A sport-specific soft manikin system for sports bra design | PolyU SFT |
ABarginase: First-in-class Drug for Treatment of Multiple Obesity-related Metabolic Disease | PolyU ABCT |
Design of Textile-fabricated diabetic insole for enhancing foot comfort | PolyU SFT |
Designing, Additive Manufacturing, and Finite Element Simulation Novel Anxetc Swabs Applicable for Corona Virus Test | PolyU SFT |
Effects of Aquatic versus Land High-Intensity Interval Training on Acute Cardiometabolic and Perceptive Responses in Healthy Young Women | PolyU RS |
Establishing a novel animal model for keratoconus research | PolyU SO |
Food waste-derived 3D printing material | PolyU FSN / PolyU CEE / PolyU RIFOOD |
Long-lasting self-disinfecting materials technology | PolyU SFT |
Upcycling of spent tea leaves and spent coffee grounds into sustainable 3D-printing materials: Natural plasticization and low energy fabrication | PolyU FSN |
长效自我消毒抗菌技术 中断接触传播链 | PolyU SFT |