09/10/2026
What happens when foundry expertise meets advanced robotics?
At Penticton Foundry, innovation means looking beyond traditional manufacturing methods to find new ways to improve the performance, repairability and versatility of the components our customers rely on.
That’s why we’re excited to be working with the University of Alberta on research involving 3D printing, robotic welding and robotic grinding. We’re exploring what these technologies could make possible for high chrome white iron (HCWI).
Our Technical Liaison, Chad Gentes, recently spent time in the UofA robotics lab researching advanced repair and surface enhancement techniques for HCWI, a material traditionally known for being difficult to weld.
By combining additive and subtractive technologies, we’re exploring new possibilities for repairing worn components, enhancing high-wear surfaces and potentially combining different materials to put the right alloy exactly where it’s needed.
For customers in mining, oil sands, oil & gas and other demanding industries, this could eventually mean greater repair options, longer component life and new solutions for critical wear applications.
There’s still a lot to learn, and that’s what makes this research so exciting.
For a Canadian foundry with more than 90 years of experience, we’re proud to keep looking ahead.
University of Alberta