Quano
We specialise in cryogenic and vacuum environments
Our nanopositioning stages, which we call them Quanos, deliver cutting-edge performance benchmarks when it comes to positioning applications at sub-Kelvin temperatures that require the highest mechanical stability and thermal conductance, as well as minimised heat dissipation.
*Estimated based on the stage geometry and materials used*
Compact Nanopositioners for Cryogenic Systems
Quano stages offer the smallest nanopositioning footprints on the market, enabling integration inside cryostats and other space-restricted instruments.
Piezoelectric Motion Repeatability
Direct piezo actuation and optimized preload geometry yield best-in-class repeatability for high-precision alignment tasks.
Glue-Free Nanopositioner Design and Reliability
A monolithic, glue-free structure eliminates delamination and outgassing risks, ensuring long-term reliability from 10 mK to 390 K.
Mechanical Resonance and Vibration Stability
Rigid monolithic mechanics deliver resonant frequencies nearly 3× higher than competing stages, dramatically improving vibration tolerance.
Low Heat Dissipation at Millikelvin Temperatures
Minimal power dissipation makes Quano stages ideal for dilution refrigerators and low-temperature experiments with strict heat budgets.
Thermal Conductance and Cryogenic Thermalization
Optimized thermal pathways increase heat transport by over 100×, improving cryostat equilibration and experiment stability.
