MEMS Foundry
The state-of-the-
The purchase, installation, operation, and maintenance of the stepper will be managed through a cost-sharing partnership with the University of Alberta. This innovative arrangement enables Micralyne and the University to each acquire capability for a much lower cost than if the organizations acted independently. Additionally, the University of Alberta and Micralyne are working together to build a stronger nanotech industry in Canada by providing access to a key piece of equipment to researchers and industries looking for faster, smaller, more efficient technology.
Chris Lumb, CEO of Micralyne, said, “A stepper is a critical piece of equipment for high-volume, high-precision manufacturing of micro- and nano-systems products and will allow us to better serve our customers. Further, by partnering with the University, we strengthen linkages between the research and commercial communities, enable cost-competitive access to microfabrication capability for both Micralyne and the University, and strengthen Alberta’s position as one of the world’s leading nanotech regions.”
Last year, Micralyne was identified as the world’s largest independent MEMS foundry. “We’re thrilled to be involved in such an exciting industry,” continued Lumb. “This partnership will enable us to continue our growth and industry leadership.”
Formally called the ASML PAS 5500/60, the stepper improves the level of lithography control and geometries Micralyne’s high-tech customers require. “The addition of this tool to our facility is another piece of our technology jigsaw puzzle falling into place,” said Yan Loke, Micralyne’s VP of Engineering. ”The stepper enables us to be more responsive and provide our clients with a much better quality product — faster.”
