Precision Positioning for Quantum Technologies
QuVac provides cryogenic nanopositioning, scanning, and optical solutions for demanding quantum research environments, including dilution refrigerators, superconducting quantum systems, scanning probe microscopy, quantum sensing, trapped-ion platforms, and ultracold-atom experiments.
Our portfolio focuses on technologies that remain reliable under extreme conditions.
Tested Before Delivery
One of the major differentiators of Multifields technology is the validation process.
Unlike many nanopositioning systems that are primarily characterized at room temperature and subsequently assumed to operate correctly at low temperatures, Multifields performs cryogenic quality control testing of motion components before shipment.
This approach helps ensure:
>Reliable low-temperature performance
>Reduced commissioning risk
>Improved reproducibility
>Greater confidence in demanding experiments
For researchers operating dilution refrigerators and cryogenic quantum platforms, this verification process can significantly reduce integration time and experimental downtime. All the products are delivered with detailed room temperature as well as the low temperature test reports!
Closed-Loop Cryogenic Scanners (New!)
The flagship platform is Multifields’ closed-loop 25 mm/35 mm series scanners (Product Name: Scanner25.Ultra/35.Ultra), utilizing capacitive position feedback for true closed-loop operation at cryogenic temperatures. No laser interferometer based feedback required !
Advantages over Interferometric Feedback
> No optical fibers
> No fiber vacuum feedthroughs
> No laser heat load (~100 µW saved per axis)
> No optical alignment at cold
> Simpler cryostat integration
To the best of our knowledge, this represents the world’s first laser-free closed-loop cryogenic scanner capable of operating under these combined extreme conditions down to 10mK and 35 Tesla magnetic fields.
Download Technical Specifications (PDF)
Cryogenic Nanopositioners
Default closed-Loop sensor integration without the Footprint Penalty
Unlike many conventional cryogenic nanopositioning systems, Multifields nanopositioners feature integrated resistive closed-loop position control as a standard capability rather than an optional add-on. The position feedback system is incorporated without increasing the overall device footprint, preserving valuable experimental space inside cryostats, vacuum chambers, and high-field magnet systems.
The result is true closed-loop positioning performance without the size, complexity, or integration compromises often associated with external feedback solutions.
In addition to the flagship Scanner25/35.Ultra line close-loop scanners, QuVac offers a broad range of closed-loop nanopositioners for:
>Sample positioning
>Optical alignment
>Scanning probe microscopy
>Quantum sensing
>Cryogenic instrumentation
Download Product Overview (PDF)
Room Temperature Piezoelectric Motion
Non-magnetic, ultra-high vacuum compatible solutions including:
(A) Piezo Motor Positioning including Lab-, Speed-, Force-, Indus-, and mini- Series.
(B) Multi Degrees of Freedom solutions including ‘Free XD Series’ and ‘Carrier Series’
(C) Piezo Scanner including ‘Compact series’ and ‘Clear Aperture Series’
(D) Optics Automation including ‘Fast Steering Mirror’ and ‘Piezo Motorized Mirror Mount’
Advanced multi DOF solutions for Semiconductor, Metrology, Microsocopy as well as quantum related R&D applications.
Download Product Overview (PDF)
CryoTABLE Systems
CryoTABLE platforms combine cryogenic operation, mechanical stability, and experimental accessibility in a single integrated system.
Typical applications include:
>Trapped-ion quantum computing
>Quantum sensing
>Quantum optics
>Cryogenic microscopy
>Hybrid quantum experiments
These systems can be combined with QuVac vacuum chambers, optical access solutions, vibration isolation, and custom instrumentation to create complete experimental platforms.
Download Technical Specifications (PDF)
Cryogenic Apochromatic Objectives
QuVac supplies cryogenic apochromatic objective lenses optimized for high-resolution imaging and optical access at low temperatures.
Applications include:
>Quantum optics
>Fiber photonics coupling station
>Trapped ions
>Quantum emitters
>NV magnetometry
>Cryogenic microscopy
The cryogenic APO series provides a compelling alternative to conventional cryogenic objective solutions while maintaining excellent optical performance under demanding operating conditions.
Download Technical Specifications (PDF)
Cryogenic Analysis & Dip-Stick Modules
QuVac also supports selected cryogenic analysis and dip-stick solutions compatible with major cryogenic infrastructure providers.
Applications include:
>Material characterization
>Scanning probe measurements
>Quantum device testing
>Rapid sample exchange
Download Product Overview (PDF)
Additional Multifields Products
Multifields offers a broad portfolio of cryogenic instrumentation beyond the solutions highlighted above.
For specialized applications and the complete product range:
Why QuVac?
The technologies presented here are not only standalone products. They are also key building blocks for QuVac’s custom engineering activities.
By combining:
>Cryogenic motion systems
>Cryogenic optics
>Ultra-high vacuum technology
>Vibration isolation
>Scientific instrumentation
QuVac develops integrated solutions tailored to demanding quantum technology applications.