NANOPOSITIONERS
The NanoMagnetic Instruments Nanopositioners features ultra-miniature, low-temperature piezo nano positioners designed for high precision and stability in scientific and industrial applications.
They are engineered for applications requiring fine scanning ranges and high-resolution position sensing, making them ideal for advanced research and development projects where precision is crucial.
High-Precision Piezo Nanopositioners for Cryogenic and High-Vacuum Research
What are Piezo Nanopositioners used for?
Piezo nanopositioners are advanced motion control devices that utilize the piezoelectric effect to achieve sub-nanometer resolution. In high-stakes scientific research, they are essential for precisely positioning samples or sensors in extreme environments, including UHV, high magnetic fields, and cryogenic temperatures as low as 10 mK.
Nanopositioner Specifications
For detailed specifications please see the table below.
Applications and use cases
Fine positioning and scanning in cryogenic, vacuum, magnetic-field, optical, and microscopy experiments where compact motion control is required.
Selection and configuration guidance
Specify travel range, load, resolution, axis count, operating temperature, vacuum and magnetic-field conditions, mounting envelope, wiring, controller, and feedback requirements.
Request a configuration review
Contact NanoMagnetics Instruments with your sample, measurement, environmental, and integration requirements. The technical team will review compatibility, recommend the required options and accessories, and prepare a configuration-specific quotation for NANOPOSITIONERS.
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