The conference will allow for unique and effective insight into the market as a whole in order to identify exploitation inhibitors and new growth opportunities in areas such as orthopaedics, maxillofacial surgery and medical devices.
Additive Manufacturing for Medicine and Dentistry will tackle issues such as achieving consistency in biomaterial properties, design flexibility and functionality flaws as well as certification and qualification issues inhibiting widespread adoption. Hear from organisation representatives including Stryker Orthopaedics, Peacocks Medical Group and University of Nottingham.
Additive Manufacturing for Medicine and Dentistry will allow you to:
- Tackle issues such as achieving consistency in biomaterial properties, design flexibility and functionality flaws, as well as certification and qualification issues inhibiting widespread adoption
- Discover solutions specifically related to prototyping, customisation of medical devices and replica tissue models to aid surgical planning
- Explore the latest applications in AM as well as break through developments in bio-compatible material research, specific research projects into medical devices, surgical guides and bespoke implantation to effectively address patient needs
- Address critical challenges including training, feasibility studies, medical testing, certification methods and cost-benefit analysis
Additive Manufacturing for Medicine and Dentistry will tackle issues such as achieving consistency in biomaterial properties, design flexibility and functionality flaws as well as certification and qualification issues inhibiting widespread adoption. Hear from organisation representatives including Stryker Orthopaedics, Peacocks Medical Group and University of Nottingham.
Additive Manufacturing for Medicine and Dentistry will allow you to:
- Tackle issues such as achieving consistency in biomaterial properties, design flexibility and functionality flaws, as well as certification and qualification issues inhibiting widespread adoption
- Discover solutions specifically related to prototyping, customisation of medical devices and replica tissue models to aid surgical planning
- Explore the latest applications in AM as well as break through developments in bio-compatible material research, specific research projects into medical devices, surgical guides and bespoke implantation to effectively address patient needs
- Address critical challenges including training, feasibility studies, medical testing, certification methods and cost-benefit analysis
