Both CADR projects (SME-1 and SME-2 phases) focus on continuous, fully automatic generation of very low temperatures without traditional cryogens.
KIUTRA GMBH
Munich-based SME developing cryogen-free cooling systems essential for quantum computers and quantum communication hardware.
Their core work
Kiutra develops cryogen-free cooling systems that can reach very low temperatures without liquid helium or other expensive cryogens. Their core product targets the quantum technology sector, where reliable and continuous ultra-low temperature cooling is essential for quantum computers, quantum communication hardware, and related devices. As a Munich-based deep-tech SME, they bridge the gap between academic cryogenics research and commercial quantum hardware infrastructure, providing the thermal management backbone that quantum systems require to function.
What they specialise in
The CADR Phase 2 and MATQu projects both explicitly address quantum computing hardware needs, with CADR providing cooling and MATQu exploring materials.
CADR Phase 2 keywords include quantum communication, indicating their cooling technology applies beyond computing to communication systems.
Participation in MATQu (Materials for Quantum Computing) suggests expansion into materials science aspects of the quantum supply chain.
How they've shifted over time
Kiutra entered H2020 in 2019 with a focused feasibility study on their cryogen-free cooling concept (CADR Phase 1), then scaled up through SME Instrument Phase 2 to develop a full commercial product. By 2021, they expanded beyond their core cooling hardware into the broader quantum ecosystem through MATQu, signaling a shift from single-product development toward becoming a quantum technology supply chain player. Their trajectory follows a classic deep-tech SME path: prove the concept, scale the product, then diversify into adjacent applications.
Kiutra is moving from a cooling hardware maker into a broader quantum technology enabler, likely positioning to serve the growing European quantum computing industry as it scales up.
How they like to work
Kiutra predominantly leads its own projects — 2 of 3 projects as coordinator, both through the SME Instrument pathway, which reflects a company driving its own product roadmap rather than filling gaps in others' consortia. Their one participant role in MATQu (a Research and Innovation Action) shows willingness to join larger collaborative efforts when the topic aligns. With 17 unique partners across 7 countries from just 3 projects, they connect broadly rather than relying on a tight circle of repeat collaborators.
Despite being a small company with only 3 projects, Kiutra has built a network of 17 partners across 7 countries, primarily through the MATQu consortium. Their network spans multiple European countries, reflecting the distributed nature of the quantum technology research community.
What sets them apart
Kiutra occupies a critical niche in the quantum technology value chain: the cooling infrastructure that makes quantum hardware physically possible. While many companies work on qubits, algorithms, or software, very few address the fundamental thermal management challenge. Their cryogen-free approach eliminates dependence on increasingly scarce liquid helium, making them a strategically important supplier for any organization building or operating quantum systems in Europe.
Highlights from their portfolio
- CADRSuccessfully progressed from SME Instrument Phase 1 (€50K feasibility) to Phase 2 (€1.5M development) — a strong validation signal from EU evaluators that the technology has commercial potential.
- MATQuParticipation in this multi-partner RIA on quantum computing materials shows Kiutra expanding beyond its core cooling product into the broader quantum hardware ecosystem.