Inspira Targets Connectivity Bottleneck in Quantum Systems with 3D Architecture
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Inspira Technologies is entering the quantum computing sector with a new 3D connectivity architecture designed to overcome limitations within dilution cryostats, the specialized refrigerators crucial for maintaining qubit stability. The company intends to address increasing challenges with interconnect density, thermal load, and electromagnetic interference that hinder the development of larger, more powerful quantum systems; McKinsey projects the quantum computing market could reach 72 billion by 2035. This move leverages Inspira’s recently acquired additive manufactured electronics (AME) platform, a technology developed with over 200 million in investment and now validated for qubit-related device integration. “As a co-founder of Nano Dimension and a co-inventor and developer of the AME technology, I have an intimate knowledge of its capabilities,” said Dagi Ben-Noon, Chief Executive Officer of Inspira; “we believe we have the expertise needed to adapt AME for cryogenic connectivity in quantum computing.” 3D AME Architecture Targets Cryogenic Connectivity Bottlenecks A three-dimensional architecture leveraging additive manufactured electronics is being positioned to resolve a potential crisis in quantum computer scalability. Inspira Technologies OXY B.H.N. Ltd. is directing its recently acquired AME platform toward addressing connectivity limitations within dilution cryostats, the ultra-cold environments essential for maintaining qubit coherence. The company’s strategy is predicated on the expectation that quantum computing will become a substantial market; McKinsey projects a potential value of up to 72 billion by 2035. This anticipated growth, however, is contingent on overcoming fundamental engineering hurdles, particularly within the cryogenic realm. Inspira’s AME technology, representing an investment exceeding 200 million over several years, has already demonstrated proof of concept in the quantum domain, specifically in qubit-related device integration, suggesting a strong foundation for this new application. Inspira is actively pursuing discussions with industry leaders to explore collaborative opportunities, signaling a proactive approach to integrating its technology into the broader quantum ecosystem. The company also intends to change its corporate name to QTREX Ltd., aligning its identity with its focus on quantum connectivity solutions, and has launched a dedicated website at www.q-trex.com to provide further information. 72 Billion Quantum Computing Market Drives Strategic Shift This expansion builds upon years of dedicated research and development, and is not merely opportunistic. Inspira intends to formally rebrand as QTREX Ltd., pending shareholder approval, a change designed to reflect its sharpened focus on quantum connectivity solutions. The company’s leadership, including CEO Dagi Ben-Noon and COO Avi Shabtay, both previously associated with Nano Dimension Ltd., bring critical expertise to this endeavor. Inspira’s strategy does not abandon its existing medical technology portfolio, but rather establishes a dedicated subsidiary to maintain commercialization efforts for products like the INSPIRA ART100 and HYLA blood monitoring system. The company is actively seeking collaborations with industry leaders, anticipating that addressing cryogenic connectivity will be central to enabling quantum computing systems.
The Boston Consulting Group estimates this market could expand to 170 billion by 2040, contingent on solving these fundamental engineering hurdles. Quantum computing is expected to represent a market of up to 72 billion by 2035, according to McKinsey’s 2025 Quantum Technology Monitor. McKinsey Dagi Ben-Noon & Nano Dimension Expertise Fuel Expansion Dagi Ben-Noon, a veteran of advanced manufacturing and a co-founder of Nano Dimension, is now steering Inspira Technologies into the burgeoning quantum computing sector. The move represents a strategic pivot for Inspira, building on over 200 million invested in the AME platform’s development. Initial proof-of-concept work has already demonstrated the technology’s compatibility with quantum hardware, validating its precision at the micro-scale. This is not simply applying an existing technology; it’s a focused adaptation informed by years of experience in precision manufacturing. While pursuing quantum advancements, Inspira will continue to develop its existing medical technologies, maintaining a dedicated team to ensure both initiatives receive focused attention. As a co-founder of Nano Dimension and a co-inventor and developer of the AME technology, I have an intimate knowledge of its capabilities. Dagi Ben-Noon, Chief Executive Officer of Inspira QTREX Ltd.
Rebrand Reflects Quantum Focus The pursuit of scalable quantum computing increasingly hinges on overcoming physical limitations within dilution cryostats, and Inspira Technologies is positioning itself to address this challenge with a strategic shift reflected in its planned rebranding as QTREX Ltd. The company’s focus now centers on a novel 3D connectivity architecture designed to alleviate interconnect density issues, reduce thermal load, and minimize signal noise, critical factors impacting qubit coherence and system fidelity. This is not simply a diversification effort; Inspira has invested over $200 million in developing its additive manufactured electronics (AME) technology, which has already demonstrated proof of concept within quantum device integration. As quantum systems grow in complexity, the limitations of current cryogenic connectivity are becoming increasingly apparent, creating a bottleneck that QTREX aims to resolve. Inspira intends to maintain its existing medical technology portfolio alongside this quantum focus, operating it as a dedicated subsidiary. Pending shareholder approval, the name change to QTREX Ltd. signifies a clear commitment to becoming a key provider of quantum connectivity solutions, with a dedicated website already launched at www.q-trex.com to showcase its evolving capabilities and vision for the future of quantum hardware. We believe we have the expertise needed to adapt AME for cryogenic connectivity in quantum computing. Dagi Ben-Noon, Chief Executive Officer of Inspira Source: https://www.globenewswire.com/news-release/2026/04/06/3268480/0/en/Inspira-Enters-Quantum-Computing-Sector-Targeting-a-Critical-Connectivity-Bottleneck-with-Newly-Acquired-AME-Platform.html Tags: