Our cutting-edge systems deliver brand-new technology for tackling some of the hardest challenges of today’s fundamental research, and hence provide their first users with a tangible competitive edge over other researchers by minimizing the ‘time-to-market’ for scientific results – an asset, which grows in importance for hot topics in a global research world. This has been proven by many success stories around our instruments as shown on the pages that follow.
for low temperature
Working at the forefront of science sometimes requires completely new instrumentation. attocube is constantly monitoring new trends in research as well as collaborating with many of the world’s leading scientists to support significant breakthroughs with new techniques. This has resulted in several sophisticated material characterization tools, which have provided our customers a competitive edge in their fields.
attocube has gained and maintained a reputation in the scientific community for making almost anything possible. Obviously, this always involves a mutual discussion and agreement about development costs vs. price, level of integration and delivery time. As shown on the following pages, this trade-off has resulted in outstanding instruments which have produced excellent research results, some of which might not have been achieved without attocube’s involvement. It is these instruments in particular that make attocube proud since with them, we truly enable scientific progress.
Customized to Individual Needs
Especially in fundamental research, every experiment is slightly different, and scientists simply like to ‘have it their way’ – making off-the-shelf systems inappropriate. With our cutting edge systems, we try to satisfy even exotic requirements, so that researchers can spend their time on producing results rather than adapting their measurement equipment manually to their needs.
Every measurement system is installed by one of our skilled engineers on site including an extensive training session. But the excellent support extends far beyond that – our experts are available on the phone as well as via remote desktop sessions, and never leave you alone with any open questions around your measurement task.
‘Convenience despite complexity’ – although customized systems are often equipped with unprecedented features, we dedicate all of our experience to deliver user-friendly and robust solutions.
The milli-Kelvin Challenge
Measurement tools for milli-Kelvin applications: scanning probe micorscopes and nanopositioners for research applications near absolute zero.
Combined Atomic Force & Confocal Microscope
Room temperature platform for Optically Detected Magnetic Resonance (ODMR) with drift < 1 nm/hour.
Low Temperature Photolithography
Cryogenic confocal microscope for in-situ lithography at low temperatures with closed loop scanning for reliable fabrication of microcavities around single quantum dots.