of working with arQtika
Cryo-walking technology does not depend on static and dynamic friction differences, making it a robust instrument over the complete temperature range.
The operational configuration is minimized in terms of driving voltages, driving frequency and capacitance, allowing operation in the lowest loss factor regime of piezo material.
Always applying significant force between the driving piezo component and the slider results in a stiff and robust design. This is essential to minimize drift effects and prevents cross-talk.
Cryo-walking positioning is well controlled, making the arQtika an excellent tool for achieving accurate positioning over long travel distances. Combined with a capacitance-based, absolute position sensor, you can get to the right destination and back efficiently.
arQtika works with any wiring - standard, RF, superconductive. There are no requirements regarding resistivity or attenuation.
Do you want to know more?
Download our brochure
At Onnes we're always highly interested in learning more about the work of our customers. Don't hesitate to reach out!
Motion ControllerControl your positioning in open loop, closed loop or via triggering hardware such as Nanonis. Either way, positioning tasks are executed in a well-controlled way with full flexibility. One Motion Controller can take care of all positioning in your experiment.
Position SensorA capacitance-based position sensor over the full travel range allows for absolute readout for closed loop operation at milli-Kelvin temperatures continuously.
Heat linksFor quick thermalization heat links can be included in the positioning setup at milli-Kelvin temperatures. We offer gold-plated copper litze that easily integrate with our positioners. Due to the high payload capability, the positioners are not affected by including heat links.
What arQtika can do for you
Low Temperature Scanning Probe Microscope
The characterization of materials and devices at low temperatures is essential to understanding the fundamental physical concepts underlying their behavior. Onnes Technologies offers with arQtika a platform that works excellently in preserving the low temperature and low vibration environment while offering full flexibility in positioning - long travel ranges, nm accuracy and large payloads.
Probing with light in quantum emitter research for Quantum Communication developments benefits from reliable, steady positioning with excellent position readout on the nm level. Moreover, in case of scanning optical cavities the requirements related to travel range and stability are pushed even further. arQtika is a fully piezo-based solution that tackles these challenges with absolute reliable operation.
Get in contact with us
In case you are looking for more in-depth discussions about our technology and whether it could help your experimental work, feel free to reach out. Max would be happy to have a chat.
Coming Soon... A next step in Quantum Sensing. Onnes Technologies announces soon QM-as-a-service. A collaboration with and from Quantum Delta...