"NCAP’s access to CSIRO’s advanced casting technology, which offers significant potential future savings, was instrumental to our winning the contract," said NCAP’s business development and corporate planning manager, Brian Cooper.
"Nissan Motor Company’s R&D engineers in Japan were highly impressed by the level of CSIRO R&D innovation, as well as the extent of state and Australian Government support available to the Australian die casting industry."
Technologies jointly developed by CSIRO and NCAP through the CAST CRC will be implemented as part of the Australian Government’s recently announced $21 million investment in sustainable, zero-emission technologies.
These include the CASTvac™ technology, a low-maintenance vacuum valve which eliminates machine stoppages due to valve blockages by molten aluminium, which has been estimated to save about $100,000 a year in the production of a single component.
In addition, NCAP has evaluated a suite of casting technologies developed by CSIRO’s Light Metals Flagship.
The prospect of future access to this suite of cost and process-efficient high-pressure die casting technologies was one of the major selling points which convinced Nissan to invest locally.
"Australia showed it can compete with some of the world’s leading low-cost countries by combining cost control and technological manufacturing solutions," said Nissan’s Senior Vice President of Global Manufacturing, Toshiharu Sakai.
The Group Executive of CSIRO’s Manufacturing, Materials and Minerals Group, Dr Calum Drummond, said the outcome was an example of how CSIRO research enhances Australia’s ability to compete successfully in international markets.
"CSIRO aims to support Australian industry and maintain and grow Australian jobs with technologies that are sustainable and globally competitive," Dr Drummond said.
"Support for 145 Victorian manufacturing jobs in the highly competitive international automotive industry is a great outcome, and CSIRO is delighted to have contributed to it."
