Sign in: Staff/Students
Professor Chris Sutcliffe, who is responsible for the development of 3D printed metal implants that help relieve the suffering of thousands of patients each year, has been awarded the Royal Academy of Engineering’s prestigious Silver Medal.
The Silver Medal, established by the Royal Academy in 1994, recognises an outstanding and demonstrated personal contribution to British engineering, which has resulted in successful market exploitation.
Professor Sutcliffe received the award at the Academy’s Awards Dinner in London last night (Wednesday, 27 June) which was attended by Royal Fellow, HRH The Princess Royal and HRH The Duke of Kent,
As a result of the pioneering work of Professor Chris Sutcliffe and the engineering company, Renishaw, 3D printed metal implants are used to treat patients who have experienced trauma or debilitating joint disease of the hip, knee and spine. This new-class of bone-integrating implant uses 3D printing to mimic spongy bone tissue, enabling rapid integration between the implant and the bone and providing far better long-term performance and stability than traditional designs. The 3D printed metal implants are now routinely used in both human and animal surgery.
Professor Sutcliffe has been instrumental at every stage of creating the implants, establishing the computer aided design (CAD) software used to develop the structure, developing the equipment necessary to produce materials that are porous and strong enough to be used in production, and devising a way to measure the biological performance of the implants.
His fundamental research has been successfully commercialised through a joint licensing agreement with Stryker Orthopaedics. This partnership has led to the launch of five families of implants for Stryker’s Joint Replacement and Spine franchises, helping to improve the lives of thousands of patients and resulting in an increased market share for the company. In 2016 Stryker established a dedicated factory in Cork, Republic of Ireland, to produce one of the largest quantities of implants made by a single facility globally.
Professor Sutcliffe is also the founder and director of Fusion Implants, a University spin-out that produces veterinary implants using the bone-integrating technology in the treatment of musculoskeletal disease and injury in animals.
Professor Sutcliffe said: “It is very exciting to see fundamental ideas being translated into products that have a real and tangible impact on patients. We have worked hard to make this a success and this award recognises the efforts of the many engineers and scientists who have turned this into reality. I am very proud to receive this on their behalf and on behalf of the wider additive manufacturing family.”
Professor Ken Badcock, Executive Pro-Vice-Chancellor for Science and Engineering, said: “This is wonderful recognition for the work that Chris has done over many years to develop and apply new additive manufacturing techniques.
“This has led to patents that have been exploited for major industrial developments, including a new factory which is making 50 thousand medical implants a year. Through his cooperation with Stryker and Renishaw, Chris’s research has had a major impact on manufacturing.
“The recognition by the Royal Academy of Engineering is both prestigious and well deserved for a long serving colleague who has contributed to the University through his contributions to research, impact and education.”
With a research career spanning over 20 years, Professor Sutcliffe has been involved in several revolutionary developments in additive manufacturing, including the development of the first Direct Metal 3D printing system in the UK. The technique, which uses an intense laser beam to melt thin layers of metal powder one after the other, is used across industry to produce high-performance and extremely complex metal parts.
Professor Sutcliffe’s commitment to the deployment and commercialisation of research has led to many industrial partnerships, including a collaboration with Renishaw, where he was appointed Research and Development Director for the company’s Additive Manufacturing Products Division in 2008. He has also been responsible for the funded projects portfolio, working with universities and research
All recent news
Top A-Level results for Liverpool’s specialist Maths School
EVENT: University of Liverpool Industry-Chemistry Engagement Meeting
‘Molecular movies’ shed light on enzyme involved in greenhouse gas production
Gallium oxide: Crystal Complexity Tamed by Machine Learning
Becoming an Expert: Using data science to identify health inequalities for people with dementia
Researchers have developed new understanding of gallium oxide by combining a machine-learning theoretical approach with experimental results. http://bit.ly/3PsGWXP
Becoming an Expert: #PhD student James Watson (@Jmswats) is using data science to identify health inequalities for people with #dementia➡️http://bit.ly/3Pt0ifJ
"We hosted what we believe may have been the first healthcare-related citizens' jury in Uganda, which aimed to garner attitudes towards the use of electronic medical data in the research context."
@LivUniISMIB @IDIMakerere #Postcard #PublicEngagement https://news.liverpool.ac.uk/2022/08/12/postcard-citizens-jury-debate-ethical-use-of-electronic-health-data-in-uganda/