Integrating materials and processes to manufacture new products Sue Dunkerton, TWI Ltd For: Industrial Technologies 2012 Copyright © TWI Ltd 2012 Agenda • Short introduction to TWI • Future markets and products • Case studies or experience in novel materials and processes • Future challenges Copyright © TWI Ltd 2012 TWI • 700 industry members operating in over 4500 locations worldwide • >700 staff • 85 European Collaborative Programmes • Materials manufacturing, joining and welding • Surface engineering • Prototype developments • Structural performance • Modelling/simulation • Inspection • Quality and safety Copyright © TWI Ltd 2012 Future Markets and Products Energy Generation and Supply Medical and Healthcare Aerospace Biotechnology Copyright © TWI Ltd 2012 Coatings to add functionality Thermal Spraying • CompoSurf™ coating technology for increased functionality of composite materials • Metallic, cermet and oxide coatings for the protection of thermally sensitive substrates • Coatings for corrosion mitigation in biomass and waste-to-energy power plants • Development of a suspension spraying capability at TWI • Developing photo-catalytic coatings Copyright © TWI Ltd 2012 CompoSurf™ Coatings on Composites • Added functionality: – Lightning strike dissipation – Thermal management / heat protection – Erosion shields – Tooling (Invar 36 on CFRP) Copyright © TWI Ltd 2012 Wind Turbines • Complex composite structures • Over 70m in length today with expectation of increasing to 90m blades • Need: – rapid manufacture accelerated curing/ reducing mould time – routes to multi-part manufacture with easy assembly on-site – embedded sensors for health and performance monitoring Copyright © TWI Ltd 2012 Fuel Cells • High volume, high precision manufacture • Manufacturing durable membranes (polymeric) • Innovative high integrity sealing materials capable of operating over wide temperature range • Embedded sensors for stack performance and health monitoring • Processes that allow modular and scalable design Copyright © TWI Ltd 2012 Additive Manufacture/Near-Net Shaping • Laser Metal Deposition - nozzle powder delivery • Selective Laser Melting - powder bed deposition • Friction Welding Copyright © TWI Ltd 2012 Application developments • Nozzle guide vane repair • Fan and blade manufacture • Complex structure design and manufacture • Integrating other materials (FGM) Copyright © TWI Ltd 2012 Additive Manufacture for Medical Sector Hip and Knee Maxillofacial Dental As built and final machined Copyright © TWI Ltd 2012 Next Generation Additive Manufacturing • Multifunctional, multi-material products with different embedded properties • optical, • electrical • structural • 3D printing next generation products Copyright © TWI Ltd 2012 Novel FW Joining Techniques Fillet welds Bobbin tools Dissimilar joints Copyright © TWI Ltd 2012 Device Prototyping - Asbestos detector • Prototyping with design for manufacture • Embedding electronics, lasers, optics and filters • Image processing • FPGA and circuit boards Copyright © TWI Ltd 2012 Device prototyping - disposable endoscope • miniature USB camera for endoscope • all plastic 360°swivel distal tip for incineration • plug and play • GMP for regulatory approval Copyright © TWI Ltd 2012 Biomanufacturing Copyright © TWI Ltd 2012 Biopharmaceuticals Biopharmaceuticals are medical drugs produced using biotechnology • Blood products • Vaccines • Monoclonal Antibodies • Recombinant Proteins • Therapeutic Vaccines • DNA products / Gene Therapy • Regenerative Medicines • Cell therapies • Peptide products • Nucleic acid products All are highly regulated and extremely complex to develop and manufacture Copyright © TWI Ltd 2012 Challenges to Biomanufacturing • • • • • • “The Process is the Product” for complex biopharmaceuticals Highly regulated sector Once manufacturing process is established it is linked to drug approval – very rarely modified Innovation must be introduced at development or preclinical stage, not later Platform processes for specific product types are favoured eg monoclonal antibodies Relatively small scale manufacture compared with conventional small molecule pharma processes Copyright © TWI Ltd 2012 Disposable Biomanufacturing Single use systems have transformed biomanufacturing – a truly disruptive technology • polymer bagging • low capital • low risk of contamination, • low cleaning Copyright © TWI Ltd 2012 Summary Copyright © TWI Ltd 2012 Future Challenges • Complexity – more materials, greater integration, personalisation, increased use of biologics • Maintaining or reducing costs – automation, disruptive manufacturing approaches • Building new business models – retaining value in Europe • New products and services - recognising consumer demands before they do Copyright © TWI Ltd 2012 EFFRA Roadmap: Advanced Manufacturing Processes • Customisation • Composite manufacture • Manufacturing processes for renewable raw materials, biomaterials and cell based products • Joining technologies for advanced and multi-materials • Delivery of new functionalities through (mass production) surface manufacturing processes • Manufacturing of flexible structures • Product life cycle management for advanced materials Copyright © TWI Ltd 2012 Questions? sue.dunkerton@twi.co.uk Copyright © TWI Ltd 2012