attocube systems is the technology leader for ultra-precise motion and sensing solutions compatible with extreme environmental conditions such as UHV, magnetic field, radiation exposure, as well as cryogenic to elevated operating temperatures.
The portfolio includes ultra-precise nano drives, technologies for nanoscale imaging & spectroscopy, a compact optical displacement sensor, and integrated measurement systems such as the attoDRY800 - a cryo-optical table - that offers obstruction-free optical access to the sample. Also, customized engineering solutions are developed for challenging applications in fields such as material processing, optics, mechanical engineering, as well as semiconductor industries.
All components are developed, manufactured, and tested at the company's headquarters in Germany. Years of experience and a skilled team guarantee the highest levels of consulting competence, comprehensive on-site installation service, and excellent after-sales support.
Our piezoelectric motors and Fabry- Perot-Interferometry provide precise motion and motion control. Linear, rotary, and goniometric nanopositioners can be operated with nanometer precision in UHV. The Displacement Sensor IDS3010 performs highly accurate measurements on different materials and geometries for vibration measurements, runout measurements of rotations, or calibration of machine tools.
Our portfolio includes nanopositioners, cryostats, scanning probe and confocal microscopes for cryogenic temperatures, & high magnetic fields. Cryogen-free cryostats offer low mechanical vibrations, unprecedented low acoustic noise levels, and exceptional temperature stability. They are especially useful for microscopy & optical spectroscopy, but also transport measurements.
Our optical platform neaSNOM offers most advanced optical background-filtering techniques plus best in class electrical and mechanical measurement modes, for room-temperature, high vacuum and even cryogenic conditions.
Nanopositioners, cryostats, scanning probe & optical microscopes for low temperatures.
Automated low-vibration dry and liquid cryostats, scanning probe & optical microscopes and cryogenic nanopositioners enable microscopy and optical spectroscopy down to mK and in high magnetic fields.
Technologies for nanoscale imaging & spectroscopy.
Solutions for visible, NIR, MIR to THz spectral ranges, Raman, TERS and PL spectroscopy, ultrafast pump-probe experiments, all with sub-10 nm spatial resolution and an AFM suite of tools for sample characterization.
Piezo-based motors and Fabry-Perot-Interferometry
The Displacement Sensor IDS3010 performs highly accurate measurements on different materials and geometries for vibration detection, runout measurements of rotations, or calibration of machine tools. Our linear, rotary, and goniometric nanopositioners can be operated with nanometer precision in ambient and vacuum conditions.