Mechatronic tooling for quantum systems
Enabling the quantum computing industry to accelerate development and scale production by supplying advanced hardware that streamlines testing at millikelvin temperatures.
Our latest Quantum development
Cryogenic Probe System
By enabling quantum chip testing on sets of dies or directly on a wafer, the development of quantum computers can be accelerated and testing can be done at lower costs.
JPE facilitates this by developing key modules for a Cryogenic Probe System.
Read more →
About Quantum tooling
We support the quantum computing industry on its path from research to scalable systems. With decades of experience in cryogenic positioning and high-tech system development, we specialize in advanced mechatronic hardware engineered to operate in millikelvin cryogenic environments, enabling the design, manufacturing, and testing of high-performance quantum devices.
As quantum technology matures and edges closer to commercial viability, the supporting hardware infrastructure must evolve in parallel. That’s why we take the lead in developing standardized, scalable equipment, ensuring that the transition from lab-scale experiments to industrial-scale quantum systems is both efficient and reliable.
To meet the diverse needs of quantum developers, we offer modular tools and subsystems that address critical challenges in test efficiency, thermal management and system integration, laying the foundation for the next generation of quantum technologies.
What we deliver
- Cryogenic positioning systems for precise alignment of chips, microwave components, and samples
- Cryogenic position measurement systems for accurate tracking and feedback in ultra-low temperature environments
- Thermal management subsystems for efficient heat extraction, thermal conditioning and system stability
Why it matters
Quantum hardware development is costly, slow to iterate, and deeply interdependent with its surrounding infrastructure. We help solve the industry’s most pressing pain points:
- Lower total cost of ownership for quantum hardware infrastructure
- Tools that accelerate design, manufacturing, and testing
- Systems that address scalability challenges
- Reliable solutions for maintaining ultra-low temperatures