IQM Quantum Computers, a leading manufacturer of superconducting quantum systems, has reached a significant milestone by producing 30 complete quantum computers at its facility in Finland. This achievement represents a crucial advancement in the effort to scale quantum computing for widespread industrial use, responding to the increasing global demand for on-site quantum solutions.
To date, IQM has successfully delivered and installed six full-stack quantum computers for various international clients, including the VTT Technical Research Centre in Finland and the Leibniz Supercomputing Centre, as well as Forschungszentrum Jülich in Germany.
Making Quantum Computing More Accessible
According to Mikko Välimäki, co-CEO of IQM Quantum Computers, one of the main challenges hindering the adoption of quantum computers has been their exorbitant costs. “We are the first company in the quantum computing sector aiming to broaden market access through industrialized manufacturing, which helps to lower prices,” Välimäki stated. IQM’s manufacturing capabilities enable it to produce up to 20 full-stack quantum computers annually, positioning the company to meet increasing demand.
Advancements in Industrialized Quantum Production
The IQM facility in Finland covers over 53,800 square feet, including a specialized 6,000-square-foot cleanroom dedicated to the production of quantum processing units (QPUs). The assembly line, which measures 26,900 square feet, is responsible for constructing full-stack quantum computers and supporting ongoing R&D efforts.
In line with its global growth strategy, IQM recently announced plans to build Europe’s first industrial-scale quantum processor production facility in Grenoble, France. Set to commence operations by 2027, this new site will significantly enhance IQM’s production capabilities and address the rising global demand for quantum computing technologies.
Tomi Riipinen, IQM’s vice president of quantum systems, emphasized the importance of the company’s manufacturing facilities, noting, “Our production capabilities are a critical differentiator in the market. This allows us to advance our technology roadmap and develop the industry’s largest on-premises quantum computer product portfolio that caters to a range of budgets.”
As quantum computing transitions from research laboratories to industrial applications, the ability to manufacture full-stack quantum computers at scale will be pivotal in making these technologies accessible to businesses and research organizations, particularly given the increasing need for on-premises solutions to maintain privacy and ensure availability.
