kiutra, the Munich-based cryogenic technology company, has raised $15,206,295 in new funding from NovaCapital, 55 North, High-Tech Gründerfonds (HTGF), and existing backers. This Series A round marks a defining step for the company as it leads the charge in developing helium-free cryogenic cooling systems  -  a critical technology for quantum computing, superconductivity, and advanced materials research.

Founded by Alexander Regnat, Tomek Schulz, and Jan Spallek, kiutra is reengineering how researchers and quantum engineers reach ultra-low temperatures. By eliminating the need for liquid helium  -  an increasingly rare and expensive resource  -  the company is not just improving accessibility to cutting-edge research, it’s making deep science sustainable.

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Reimagining Cryogenics for the Quantum Age

For decades, cryogenics  -  the science of reaching and maintaining extremely low temperatures  -  has been a backbone of research in quantum physics and material science. But this field has faced a fundamental challenge: dependence on liquid helium. The scarcity and cost volatility of this element have made running low-temperature experiments expensive, unpredictable, and unsustainable.

kiutra’s breakthrough lies in its magnetocaloric cooling technology, a process that uses magnetic fields to achieve continuous cooling at temperatures close to absolute zero, without consuming any helium. The result is a helium-free, automated, and fully scalable cooling solution that provides stability and precision unmatched by traditional cryostats.

By making cryogenics both sustainable and affordable, kiutra is enabling research institutions, quantum startups, and industrial labs to scale their experiments without supply constraints. The impact reaches far beyond academia  -  into commercial applications that form the foundation of next-generation computing and materials engineering.

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A Sustainable Future for Scientific Infrastructure

The global scientific community has long grappled with helium shortages, leading to operational disruptions, higher costs, and growing environmental concerns. Helium, a non-renewable gas extracted during natural gas production, has seen price increases of over 300% in the last decade.

kiutra addresses this crisis head-on by offering an eco-efficient, closed-loop cooling system that drastically reduces waste, energy consumption, and operational complexity. Its systems can operate continuously for extended periods without manual refills or maintenance downtime  -  a game-changer for labs conducting long-duration quantum experiments.

This emphasis on sustainability and automation represents a broader shift in the scientific ecosystem: as climate-conscious innovation becomes a core value, companies like kiutra are redefining what responsible research infrastructure looks like.

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Investors Backing the Cryogenic Revolution

The $15.2 million funding round reflects investor confidence in kiutra’s technology and timing. NovaCapital and 55 North bring strong expertise in deep-tech scaling, while HTGF (High-Tech Gründerfonds), one of Germany’s most active early-stage investors, reinforces the company’s credibility and scientific depth.

The funding will enable kiutra to scale production, enhance its product portfolio, and expand its commercial footprint globally. The company also plans to invest heavily in R&D, particularly in automation and modular cryogenic systems tailored for quantum computing and material analysis.

As the quantum economy accelerates, kiutra’s systems could become core infrastructure - just as GPUs transformed the AI industry, cryogenics could become the quiet enabler of the next great computational leap.

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Founders’ Vision: Building the Backbone of Quantum Science

The driving force behind kiutra’s success is its founding team’s unique blend of scientific rigor and entrepreneurial agility. Alexander Regnat, Tomek Schulz, and Jan Spallek met through their research in low-temperature physics and quickly recognized the limitations imposed by helium dependency.

Their vision was bold yet pragmatic: to develop a turnkey cryogenic system that would be easy to operate, scalable across industries, and environmentally sustainable. This focus on practicality, rather than just novelty, became kiutra’s hallmark.

Regnat emphasizes that “sustainability and accessibility must go hand in hand if we want the next generation of researchers to keep pushing scientific boundaries.” That mindset has guided kiutra’s growth  -  balancing technical sophistication with user-friendly engineering that allows even smaller labs to run experiments previously reserved for large institutions.

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Scaling Lessons for Deep-Tech Founders

kiutra’s evolution holds valuable lessons for deep-tech founders. Unlike traditional startups that rely on fast iteration cycles, hardware-driven scientific ventures demand long-term technical credibility and ecosystem alignment.

One of kiutra’s smartest strategic moves was building a modular platform architecture instead of a single, fixed product. This approach allows its core technology to adapt across industries  -  from quantum information systems and superconductivity to medical imaging and aerospace.

This principle  -  scaling through modularity  -  is what makes deep-tech ventures truly defensible. By creating systems that evolve with customer needs, kiutra has built not just a product, but an adaptable infrastructure layer for future science.

For other founders in hard-tech or deep science, the lesson is clear: design for flexibility and longevity from the start. In emerging fields where the use cases evolve faster than the market, modular platforms ensure continued relevance and long-term scalability.

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Market Outlook: Cryogenics Meets Quantum Growth

The global cryogenics market is projected to reach $47.8 billion by 2030, growing at a CAGR of 6.7%, according to Allied Market Research. The drivers are clear  -  the boom in quantum computing, the race for materials innovation, and the growing demand for superconducting technologies.

Meanwhile, the quantum computing industry itself is expected to exceed $65 billion by 2032, creating an entire ecosystem of supporting technologies  -  from chips to cooling infrastructure. As these systems evolve, helium-free cryogenics will be a bottleneck-breaker, enabling continuous research and commercial scaling without the supply constraints of the past.

In Europe, where governments are heavily investing in quantum sovereignty, kiutra’s position as a German deep-tech leader gives it both regulatory support and first-mover advantage. Its sustainable approach aligns perfectly with the continent’s environmental priorities, creating a model that’s both scientifically essential and socially responsible.

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Pioneering a Sustainable Path to Discovery

With its helium-free cooling systems, kiutra is helping redefine the foundations of modern research. The company’s innovation goes beyond hardware - it’s a blueprint for how sustainability and scientific excellence can coexist.

As quantum computing, AI, and materials engineering continue to evolve, kiutra’s systems will form the invisible infrastructure powering many of tomorrow’s breakthroughs. By making cryogenics accessible, affordable, and environmentally responsible, kiutra is quietly transforming one of science’s coldest frontiers into a hotbed of innovation.