DMTC is working with Australia’s dedicated submarine sustainment organisation, ASC, and the CSIRO to pioneer the use of additive manufacturing for the repair of Collins Class submarines. (more…)Posted by Harry Baxter on June 2nd, 2020 Tagged: collaboration, CSIRO, DMTC, innovation, Shipbuilding, technology
DMTC has released a new Company Booklet publication.
The document provides a snapshot of DMTC’s activities, achievements, and a guide to engaging with our team, with a focus on business development and outreach activities.Harry Baxter on June 2nd, 2020 Tagged: collaboration, DMTC, industry, innovation, research
DMTC’s Awards for Excellence provided an opportunity to acknowledge two members of the DMTC community for their long-standing commitment to collaboration and industrially-relevant research. (more…)Posted by Harry Baxter on March 24th, 2020 Tagged: collaboration, defence technology, DMTC, industry, innovation
Capability Improvement Award – Winner: Sustainment of Emergent Materials team
This collaborative team (working under the auspices of DMTC Project Team 5.77) has worked extensively on the development of laser additive deposition (LAD) technology for the past 10 years and has achieved significant outcomes for commercial and Defence customers.
For defence customers, innovative approaches to, and adoption of new technologies for, sustainment of fleets is crucial, especially in light of the cost pressures associated with life cycle support on military platforms. Through this project and previous enabling research, DMTC has been an integral partner in helping to generate a sovereign industrial capability in Australia in laser repair technology. RUAG Australia has shown repeatedly that repairing components, rather than replacing them, enables Defence to achieve the desired structural performance rates and fleet availability results at a fraction of the cost, and in fractions of the time.
“RUAG Australia continues to be a top performer in innovation in Australia. Working together with DMTC has directly proven that this passionate pursuit of innovation and collaborative research and development ensures solid benefits for all stakeholders,” Neil Matthews, Chief Technical Advisor & Senior Manager Additive Technologies, RUAG Australia said.
This project has not only demonstrated the successful geometrical restoration of actual aircraft components, but also the viability of LAD technology for repair of Defence-grade materials. Researchers from RUAG, Swinburne and RMIT developed and supported the establishment of state-of-the-art sustainment and repair laser cladding facility at RUAG which is now fully operational through the funding of the Defence Capability and Technology Demonstrator (CTD) Program. The work carried out by research partners, RMIT and Swinburne, ensured that the restored Defence components meet certification, operational and design requirements.Posted by Harry Baxter on March 23rd, 2020 Tagged: collaboration, DMTC, DST, industry, innovation, technology