P5-4. Design and Development of 3D Printed Resorbable Soft Tissue Implants
					Project leader: Marie-Luise Wille (Science and Engineering Faculty, QUT)
					Industry partner: Bella Seno
				 
		   
			
				
				
				Fig. 1: Soft tissue implant designs for different applications (Source: Bella Seno)
			
			Objective:
			
				- Bellaseno is developing resorbable scaffolds for soft tissue reconstruction.
 
				- Improvement of patient’s experience by using biodegradable scaffolds as soft tissue implants instead of silicone implants.
 
				- Bellaseno is aiming to design and develop a market-ready product for soft tissue regeneration following the ISO 13485 guidelines.
 
			
			Alignment within M3D Innovation:
			
				- This project utilises additive manufactured scaffolds (multiscale manufacturing) and the development of a new manufacturing method.
 
				- Overlap with project P5-1: QA of 3D printed soft tissue scaffolds.
 
			
			Approach:
			
				- Multiscale analysis and characterisation of soft tissue implants.
 
				- Scaffold development and validation for clinical studies.
 
				- Multiscale imaging (CT, MRI, Histological Imaging Analysis).
 
				- Design requirement analysis.
 
				- Product verification and regulatory development.
 
			
			Key Milestones:
			
				- Product – Proof of Concept.
 
				- Product – Beta Prototypes, verification, patents filed.
 
				- Surgeon validation.
 
				- Manufacturing SOP.