Northwire Canada EditionMonday, July 13, 2026
Northwire
GLDN 0.055 +0.0% BRON 0.040 +0.0% BTO 5.43 −0.7% ESK 0.365 −2.7% AUMN 0.275 +0.0% GGX 0.040 +0.0% S 0.155 +29.2% NNX 0.035 +0.0% ABX 51.90 −0.6% TTS 2.40 −4.0% FCI 0.400 −9.1% GR 0.075 +0.0% AII 23.38 +12.4% TUNG 1.72 +1.8% LGO 1.01 −2.9% EMM 0.080 +0.0% GLDN 0.055 +0.0% BRON 0.040 +0.0% BTO 5.43 −0.7% ESK 0.365 −2.7% AUMN 0.275 +0.0% GGX 0.040 +0.0% S 0.155 +29.2% NNX 0.035 +0.0% ABX 51.90 −0.6% TTS 2.40 −4.0% FCI 0.400 −9.1% GR 0.075 +0.0% AII 23.38 +12.4% TUNG 1.72 +1.8% LGO 1.01 −2.9% EMM 0.080 +0.0%
M&A / Property Routine +

Scandium Canada signe une entente de confidentialite avec le laboratoire MSAM de l'Universite de Waterloo afin d'explorer la fabrication additive d'alliages aluminium-scandium

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Executive Summary

  • Scandium Canada concluded a mutual non-disclosure agreement with the University of Waterloo to establish a formal research collaboration focused on the additive manufacturing of aluminum alloys.
  • The partnership will utilize the university's Multi-Scale Additive Manufacturing Laboratory (MSAM) to accelerate research trials and commercial pathways for aluminum-scandium alloys.
  • Initial collaborative efforts were launched earlier in the month, with a primary strategic objective of reducing production costs for laser powder bed fusion (L-PBF) processes to expand market accessibility.

Key Details

  • Agreement Structure: Mutual non-disclosure agreement (NDA) executed to initiate a structured research collaboration and facilitate data/equipment sharing.
  • Research Facility: MSAM at Catalyst137 in Kitchener, Ontario, recognized as a leading Canadian additive research center with over $25 million in advanced equipment specializing in metallic 3D printing, process optimization, and advanced alloy qualification.
  • Research Leadership: Jointly directed by Prof. Mihaela Vlasea (Canada Research Chair in Sustainable Additive Manufacturing & MSAM Co-Director) and Dr. Mohsen K. Keshavarz (Research Associate) at the university; project coordination managed by Dr. Luc Duchesne (Chief Scientific Officer & Director of Scandium+) on the company side.
  • Primary Research Objective: Develop optimized manufacturing processes to lower the cost of laser powder bed fusion (L-PBF) additive manufacturing, thereby unlocking broader commercial markets for aluminum-scandium alloys.
  • Operational Context: Builds on site visits and initial meetings conducted earlier in the month by Dr. Duchesne to formally initiate research trials aimed at accelerating product commercialization.

Notable Quotes

  • Guy Bourassa, CEO: "Collaborating with one of the world's most respected additive manufacturing labs marks a significant milestone for Scandium Canada and our Scandium+ division. This initiative aligns with our goal of generating concrete commercial outlets for aluminum-scandium alloys. Working alongside MSAM, a leading Canadian player in R&D with deep market knowledge and a solid business network, represents a significant step toward our goals."
  • Luc Duchesne, Ph.D.: "Our initial priority is to develop processes that reduce the cost of laser powder bed fusion (L-PBF) additive manufacturing, thereby opening access to a broader range of markets."
  • Mihaela Vlasea, Ph.D.: "We are thrilled to join the industrial ecosystem to help solve pressing challenges in metallic additive manufacturing supply chains."
Read the original news release →

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