3D Printing & Advanced Manufacturing Lab
Translate digital dental designs into physical models, guides and prototype components. Explore additive manufacturing workflows for rapid iteration and product development.
Explore advanced facilities designed to support Dental and Medical research, Digital Healthcare Workflows, Medical Device Innovation, Prototype Development, and the Testing and Evaluation of Dental and Medical Materials—empowering clinicians, researchers, students, and innovators to transform clinical challenges into practical, affordable, and impactful healthcare solutions.
Explore the laboratory and research capability areas envisioned for the Dental Medtech Innovation ecosystem, spanning digital dentistry, biomaterials, life sciences, diagnostics, clinical research and product development.
Translate digital dental designs into physical models, guides and prototype components. Explore additive manufacturing workflows for rapid iteration and product development.
Study genetic material and microbial characteristics relevant to oral health and disease. Support molecular-level investigation of oral pathogens and biological markers.
Support controlled study of cells and cell-based responses relevant to oral and dental tissues. Enable exploratory work in stem cell science and tissue regeneration.
Examine tissue structure and cellular changes using histological and digital pathology approaches. Support research into oral lesions, disease patterns and cancer-related findings.
Investigate immune responses and the presence of specific proteins in tissue samples. Support biomarker studies relevant to inflammation, infection and oral disease.
Explore biochemical processes and molecular indicators associated with health and disease. Support laboratory investigations using diagnostic and analytical methods.
Study the composition, structure and properties of materials used in dental applications. Support material selection, comparison and performance-focused research.
Evaluate the physical and mechanical behaviour of dental biomaterials under controlled conditions. Generate evidence on strength, durability and functional performance.
Support the planning, analysis and interpretation of clinical and translational research. Apply appropriate statistical methods to strengthen evidence-based conclusions.
Explore dental imaging workflows for visualisation, measurement and diagnostic research. Investigate AI-assisted image analysis and decision-support applications.
Study implant-related design, loading behaviour and biomechanical considerations. Support research into stability, force distribution and restorative outcomes.
Investigate how dental materials and components respond to repeated loading and wear. Support durability studies under simulated functional conditions.
Provide a setting for simulation-based exploration of dental procedures and clinical techniques. Support skills assessment, workflow development and training research.
Explore approaches for repair and regeneration of oral and dental tissues. Support research into biomaterials, scaffolds and tissue-engineering concepts.
Investigate nanoscale materials and their potential applications in dental science. Support exploratory work on material properties, surface behaviour and functionality.
Explore bioactive compounds and natural products with potential dental applications. Support preliminary screening and characterisation for research-led discovery.
Study oral microbial communities and the data generated through microbiome research. Use computational approaches to explore patterns, diversity and biological associations.
Support the organised receipt, processing and handling of biological research samples. Enable traceable sample workflows subject to approved protocols and governance.
Provide a proposed setting for preclinical investigations where scientifically justified and appropriately approved. Any animal-based work must follow applicable ethics, welfare and regulatory requirements.
Explore dental evidence and methods used in human identification and forensic investigation. Support comparative analysis of dental records and relevant case materials.
Explore ceramic systems and materials used in restorative and prosthetic dentistry. Support research into fabrication, fit, aesthetics and material performance.
Study patterns, distribution and determinants of oral health conditions in populations. Support survey-based research and evaluation of public-health interventions.
Develop and assess concepts for dental devices with attention to usability and clinical workflows. Explore user needs, ergonomic considerations and design refinement.
Apply computational methods to organise, analyse and interpret complex research datasets. Support reproducible workflows across biological, clinical and translational studies.
Support the operational planning and coordination of clinical research activities. Assist with documentation, data workflows and study processes under approved protocols.
Connect digital scanning, computer-aided design and manufacturing in a dental restoration workflow. Support the design and fabrication of items such as crowns and bridges.
Turn digital concepts into tangible prototypes for review, testing and refinement. Support iterative development of dental products, components and device concepts.
Assess how materials and components respond to force, stress and repeated use. Support controlled testing of strength, durability and mechanical performance.
Facility images are illustrative. The inclusion of a capability on this page does not by itself confirm that the laboratory is currently installed, operational or available for use. Please contact the Centre to confirm facility status, access and project requirements.
A structured sequence can help teams visualise, design and refine a restoration or device concept with clear checkpoints along the way.
Capture digital information for the case or concept.
Create or refine the digital restoration or model.
Move from a digital file to a milled or printed output.
Refine the output with appropriate finishing steps.
Review fit, function or material performance as appropriate.
Facility access is one part of the innovation journey. Collaboration, expert guidance and practical planning help teams clarify what to build, how to evaluate it and what to do next.
Discuss Your ProjectBring clinical, research and technical perspectives together to shape a feasible project plan.
Identify materials, design requirements and the next steps for a proof of concept.
Connect disciplines and explore relevant academic, technical or industry partnerships.
Consider product feasibility, validation needs and possible routes towards implementation.
Whether you are exploring a digital workflow, developing a prototype or investigating a dental material, start with the challenge you want to solve.
We're here to answer your questions and help you on your ideas innovation journey.
For students, clinicians, researchers and startups