AML3D Limited announced a series of exciting new proof-of-concept projects with Deakin University, exploring the incorporation of Boron Nitride Nanotubes (BNNTs) technology to revolutionise AML3D's WAM? technology. Two new feasibility studies are confirmed and are ready to commence immediately, which will explore two new techniques for incorporating BNNTs into aluminium in the context of Wire Additive Manufacturing with a view to fast-track commercialisation. Boron Nitride Nanotubes (BNNTs) are the world's strongest and most advanced fibre, with the capacity to greatly enhance the properties of WAM? deposited alloys. Addition of BNNTs to aluminium and other metals can create much stronger, lighter, and more thermally and radiation resistant alloys, greatly expanding the range of applications of AML3D's patented WAM? technology in the key industry sectors of space, aerospace, marine, defence, and transport. AML3D sees these projects, funded by the Company, as an opportunity to develop novel and transformative products with far reaching implications for its WAM process and 3D metal printing industry.