Scandium Canada is advancing the commercialisation of its innovative Al-Sc alloy powders for 3D printing, aiming to establish partnerships to generate revenue and strengthen its position in the strategic metal market.
3D printing offers increased design flexibility and improved production efficiency, revolutionising traditional manufacturing methods across various sectors. The emergence of new Al-Sc alloy powders in additive manufacturing marks a significant technological advancement. These powders enable the creation of lightweight, high-strength metal components that meet the demands of industries such as defence, aerospace, automotive, and maritime.
Scandium: The metal of the future
In collaboration with McMaster University in Ontario, Scandium Canada has developed two Al-Sc alloys and their corresponding powders specifically designed for additive manufacturing (3D-printing) applications. This initiative has resulted in a substantial body of intellectual property accumulated over the past three years. Among the company’s recent milestones is the filing of a provisional patent application with the United States Patent and Trademark Office, titled “Aluminum alloy powders for additive manufacturing. Methods of producing the same and uses thereof.”
A bold strategy for scandium and innovation
With the introduction of these powders, Scandium Canada has announced the imminent creation of a subsidiary dedicated to the commercialisation and pre-market development of its two aluminium scandium (Al-Sc) alloy powders, as well as the development of other innovative alloys. This new entity will also focus on collaboration with end-users to address the needs of high-tech industries. The Al-Sc alloy commercialisation subsidiary will be established during the current fiscal year to centralise these activities and maximise their impact.
These advancements strengthen Scandium Canada’s position as a leader in scandium expertise, a strategic metal with significant potential for modern industry, particularly in aluminium alloys. The company’s long-term goal is clear: to be recognised not only for developing the world’s largest primary hard-rock scandium project, Crater Lake, but also for pioneering innovative applications of this metal.
Towards global commercialisation
In the coming months, Scandium Canada aims to establish partnerships with commercial and academic stakeholders in Canada and abroad. The objective is to monetise its 100% owned intellectual property to generate revenue independent of its mining operations. This ambitious strategy reflects the company’s commitment to advancing scandium development and application.
In conclusion, Scandium Canada’s work in developing Al-Sc alloys and 3D printing applications represents a major technological and commercial milestone. This bold vision positions the company at the forefront of innovation while paving the way for significant advancements in strategic industries.
Please note, this article will also appear in the 21st edition of our quarterly publication.
