Synchrotron
Challenge:
attocube ´ s solution:
Benefits:
Synchrotron
Optics and Sample Positioning
Challenge:
X-ray microscopes at beamline end stations use synchrotron radiation for ultra-high imaging resolution. These systems require precise alignment of optical components and multi-axis motion solutions for accurate initial alignment and control during imaging. Operating in HV / UHV conditions, they rely on advanced sensors for closed-loop control instead of optical encoders. Components must withstand radiation and offer reliable performance to avoid delays and high costs from replacements.
attocube ´ s solution:
attocube offers precision components and expertise in nanotechnology, enabling combinations of piezo stages like inertia drives or scanners with interferometric readout. All components are designed for radiation-harsh and vacuum environments, with application engineers ready to tailor solutions for your specific needs.
Benefits:
Nanopositioners:
• nanamoter procicion
• stackable positioners
• UHV compatibility up to 5 x 10-11 mbar
Interferometer Sensor:
• Dicometer resolution.
• multi-axis measurements
• vacuum, low & high temperature, radiation compatible www. attocube. com