PANSCAN FAMILY
PANSCAN FREEDOM
NOT JUST REMARKABLE…REVOLUTIONARY. ONLY FROM RHK.
What if … you could have an ultra-low noise LT (7 K chilled tip/sample) STM- AFM/qPlus System in your lab that never needs liquid cryogens –even running 24 hours a day producing atomic resolution images and lengthy, sophisticated STS data?
That would mean your research is Cryogen cost-free, Interruption-free, and hassle-free. You’d never waste time trying to source LHe or waste money paying upward-spiraling prices. No more interrupted or delayed experiments waiting for cryogen supplies. The hassles and real risks of handling and changing dewars would disappear. You’d spend more time on research. Achieve better results faster.
RHK’s PanScan Freedom delivers all that and more. All the advantages of LT. None of the constraints. Proven atomic resolution 7 K – 400 K. Peer-reviewed published results. XY drift achievable as low as 0.2Å/hour, and Z drift as low as 0.2Å/day. Dedicated STM/STS and also qPlus-AFM. No special Lab set-up or ceiling heights. Straightforward design, easy to operate.
RHK’s award-winning PanScan Freedom, is the world’s first closed-cycle cryogen-free system for stable low temperature performance in a surprisingly compact, simple, and affordable package. PanScan Freedom enables you to explore tomorrow’s materials and make discoveries that will keep your laboratory first in science.
Freedom has proven atomic resolution results on materials from crystalline metals to carbon nanotubes, plus world-class low-noise, low-drift STS, without consuming a drop of LHe. Free Yourself.
DOCUMENTATION
R9plus FAMILY
PUBLICATIONS
Below is a partial bibliography with references to our PanScan Freedom. We make every effort to include as many papers as possible, but it is unlikely that we catch them all. Please email us if you have recently published a paper using the PanScan Freedom or if you wish to receive more information on a specific application.
Publications
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Ultrahigh-mobility semiconducting epitaxial graphene on silicon carbide
Jian Zhao, Peixuan Ji, Yaqi Li, Rui Li, Kaimin Zhang, Hao Tian, Kaicheng Yu, Boyue Bian, Luzhen Hao, Xue Xiao, Will Griffin, Noel Dudeck, Ramiro Moro, Lei Ma, & Walt A. de Heer
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Electronic Janus lattice and kagome-like bands in coloring-triangular MMoTe2 monolayers
Le Lei, Jiaqi Dai,, Haoyu Dong, Yanyan Geng, Feiyue Cao, Cong Wang, Rui Xu1, Fei Pang, Zheng-Xin Liu, Fangsen Li, Zhihai Cheng, Guang Wang, & Wei Ji

