The team of world-class academics and highly qualified technical experts will collaborate with industry to address manufacturing challenges to develop sustainable, higher value goods and services for the global market.
The ASTUTE 2020 (Advanced Sustainable Manufacturing Technologies) operation, supporting manufacturing companies across Wales, has been part-funded by the European Regional Development Fund through the Welsh Government and the participating Higher Education Institutions.
Cabinet Secretary Mark Drakeford said:
“I’m delighted that EU funds are helping Welsh businesses to improve productivity by exploiting the expertise within our highly acclaimed academic institutions and adopting leading-edge technologies to achieve commercial success and growth in our economy.”
Neath/Port Talbot Manufacture of Precision Instrumentation that Measures Temperature, Pressure, Level and Flow, Collaborates with EU Funds Cymru ASTUTE 2020 for Research, Development & Innovation Success
Having successfully collaborated with ASTUTE during the 2010 – 2015 funding phase, Affresol continues to strive for improvements within the company
24/01/2019Utilising ASTUTE 2020’s expertise to develop and enhance the efficiency of the manufacturing process by improving already existing or creating new methods that are more suitable for TPR® material.
ASTUTE 2020's collaboration with Lyte Industries (Wales) one of the few companies still manufacturing access equipment such as ladders in the UK
30/10/2018ASTUTE 2020's collaboration with Swansea based Lyte Industries (Wales) will allow Lyte to advance their manufacturing systems to evaluate and improve efficiency, quality and delivery, leading to increased sales revenue to ensure a long-term future for the company in West Wales and the Valleys
ASTUTE 2020's collaboration Team Precision Pipe Assemblies on comparing simulation and value stream mapping for cell layout
01/06/2018Team Precision were seeking collaborative support from ASTUTE 2020 in gaining a better understanding of their current manufacturing capabilities and capacity, and ways to identify possible improvements.
ASTUTE 2020's collaboration with Kautex Textron into liquid flow patterns through micro nozzles
09/05/2018Continuing from a series of successful collaborative projects during the 2010 – 2015 funding phase of ASTUTE, Kautex was able to utilise the knowledge gained from the previous projects to develop two of their own nozzle designs. To further increase Kautex’s understanding of the key parameters of the nozzles, a collaborative project on the liquid flow patterns was carried out with ASTUTE 2020.
ASTUTE 2020's collaboration with Weartech International on evolving the research capacity into wear resistant multicomponent alloys - microstructure approach
25/04/2018It is expected that through engagement and collaboration with ASTUTE 2020, Weartech’s advanced manufacturing knowledge will increase, alongside certain improvements, be applied more widely to production, providing additional gains for Weartech.
ASTUTE 2020's collaboration with Weartech International evolving the research capacity into wear resistant multicomponent alloys – computational approach
25/04/2018The collaborative project with ASTUTE 2020 aims to support Weartech’s ambition to potentially increase Weartech’s market share (up to 30% increase on orders), taking the company to a potential £15m turnover in the future.
ASTUTE 2020's collaboration with Frontier Medical Group exploring the development of methodologies for enhanced and sustainable competitiveness in injection moulding
29/03/2018Following on from a successful collaboration between Frontier and ASTUTE (2010 – 2015) on Repose® and Frontier’s ongoing focus to remain competitive, utilise new materials and optimise processes, a collaborative Research and Development (R&D) project with ASTUTE 2020 was scoped.
ASTUTE 2020 in collaboration with Marine Power Systems Ltd. on their clean, Reliable and Affordable Wave Power Technology
14/09/2017ASTUTE 2020 is working with MPS on generating suitable computational models using information supplied by MPS along with performing finite element analysis on the structure.