AML3D Ltd (ASX:AL3) was established in 2014 to commercialise WAM® (Wire Additive Manufacturing), an additive manufacturing technology for the cost-effective production of large, high-performance metal components and structures. AL3 listed on the ASX in April 2020 at $0.20/share, raising $9m, and raised an additional $7m in October 2020 to hasten the commercialisation programme. The company has established a contract manufacturing facility in Adelaide, is establishing a similar facility in Singapore and is making progress with customers for the proprietary ARCEMY® WAM® modules which are capable of manufacturing items up to 6m long – a significant increase in scale relative to most competing technologies. The company has announced a significant partnership agreement with Deakin University to develop advanced alloys feedstocks for AL3’s Wire Additive Manufacturing process. We believe this is a further step in the process of enabling access to 3D printing for large-scale objects in a broader range of applications and industries.
19 Oct 2021
Research framework with Deakin University IFM
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Research framework with Deakin University IFM
AML3D Ltd (ASX:AL3) was established in 2014 to commercialise WAM® (Wire Additive Manufacturing), an additive manufacturing technology for the cost-effective production of large, high-performance metal components and structures. AL3 listed on the ASX in April 2020 at $0.20/share, raising $9m, and raised an additional $7m in October 2020 to hasten the commercialisation programme. The company has established a contract manufacturing facility in Adelaide, is establishing a similar facility in Singapore and is making progress with customers for the proprietary ARCEMY® WAM® modules which are capable of manufacturing items up to 6m long – a significant increase in scale relative to most competing technologies. The company has announced a significant partnership agreement with Deakin University to develop advanced alloys feedstocks for AL3’s Wire Additive Manufacturing process. We believe this is a further step in the process of enabling access to 3D printing for large-scale objects in a broader range of applications and industries.