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Leiden Cryogenics and OrangeQS Unveil ‘Mini-Fridge’ for Rapid Quantum Chip Testing

Quantum Computing Report
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⚡ Quantum Brief
Leiden Cryogenics and OrangeQS unveiled a tabletop "mini-fridge" for quantum chip testing, achieving sub-25 millikelvin cooling and room-temperature return in under 24 hours, drastically reducing traditional cryogenic cycle times. The compact, inverted dilution refrigerator features a miniaturized design with integrated heat switches, eliminating liquid nitrogen use and cutting helium-3 requirements, addressing cost and space constraints in industrial settings. Optimized for high-throughput R&D, the system accelerates testing of quantum components like TWPAs, bridging lab-scale research and industrial applications through standardized, software-driven cryogenic validation. Powered by OrangeQS’s Juice OS and SubZero software, it enables remote monitoring and automated control, with a custom back-end developed specifically for Leiden Cryogenics’ hardware. Funded by Quantum Delta NL via the Dutch National Growth Fund, the Quper project aims to democratize millikelvin testing for beamline experiments and commercial quantum development.
Leiden Cryogenics and OrangeQS Unveil ‘Mini-Fridge’ for Rapid Quantum Chip Testing

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Leiden Cryogenics and OrangeQS Unveil ‘Mini-Fridge’ for Rapid Quantum Chip Testing Leiden Cryogenics and Orange Quantum Systems (OrangeQS) have announced the successful completion of the Quper project, resulting in a tabletop “mini-fridge” designed for high-throughput quantum R&D. The system is a compact, inverted dilution refrigerator capable of cooling samples to below 25 millikelvin and returning them to room temperature in under 24 hours. This fast-turnaround capability is optimized for the characterization of quantum chips and components, such as Traveling Wave Parametric Amplifiers (TWPAs), which typically require lengthy cooling cycles in larger, more complex cryogenic systems. Technically, the “mini-fridge” achieves its rapid thermal cycling through an inverted design that provides ergonomic tabletop access and a reduction in the thermal mass of all internal components. The system features integrated heat switches and a miniaturized dilution unit, allowing for operation without liquid nitrogen and with a significantly reduced helium-3 requirement compared to standard cryostats. This reduced footprint and simplified operation are intended to make millikelvin environments more accessible for industrial testing and beamline experiments where space and helium costs are critical constraints. The hardware is managed by the OrangeQS Juice operating system, utilizing the SubZero cryogenic control software. A new back-end specifically for Leiden Cryogenics was developed within the Juice OS to enable remote monitoring, automation, and integrated control of the dilution process. Funded by Quantum Delta NL through the Dutch National Growth Fund, the Quper project bridges the gap between laboratory-scale physics and industrial-grade hardware by providing a standardized, software-driven interface for rapid cryogenic validation. For further details on the Quper project results and cryogenic specifications, consult the official announcement from Quantum Delta NL here. March 3, 2026 Mohamed Abdel-Kareem2026-03-03T05:37:59-08:00 Leave A Comment Cancel replyComment Type in the text displayed above Δ This site uses Akismet to reduce spam. Learn how your comment data is processed.

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Source: Quantum Computing Report