德国Attocube Systems AG
物体超高精度的空间定位在纳米新兴领域极其重要，为了满足这一市场需求，attocube systems AG 研发出了新型精确定位专利技术。超薄超小的钛平移台使其在低温(10 mK - 300 K)、高磁场(+28 T)、超高真空(5.10-11 mbar) 的极端环境条件下能正常运行。这是定位市场革命性的进步，引领了众多领域内的新研究。这一优良的纳米定位模块被世界上许多实验室熟知，应用于扫描探针技术，如扫描电子显微镜、扫描隧道显微镜、近场光学显微镜等。此外，该产品还可供包括光导纤维和固体波导在内的普通光操控使用。
attocube systems AG 产品既包括供实验室使用的单机简易定位原件，也包括为低温－ / UHV（超高真空）SPM（扫描探针显微镜）提供完整的自动化集成方案，主要包括不同种类的CFM（共焦距显微镜）、AFM（原子力显微镜）、NSOM（近场扫描光学显微镜）和STM（扫描隧道显微镜），这些产品能在温度为300 mK、高磁场和真空环境中使用。
配合具有多种SPM（扫描探针显微镜）模式的创新型、高灵活性控制系统，attocube systemsAG 的产品将会更加完善。各种SPM（扫描探针显微镜）硬件和软件模块可获得简单任务图像，二维、三维软件使图像经过加工后在视觉上更吸引人、更专业，印刷效果更好。
作为低温扫描探针市场的领导者，我们一直努力帮助顾客获得更可靠的科学成果，所以我们的目标是开发从科学研究到行业应用范围内的新技术和新产品。
Ultra-high precision spatial positioning of objects is of prime importance in the emerging field
of nanotechnology. attocube systems? patented new type of precision-positioning technology
is based on an innovative concept that meets those market demands. The ultra-compact
Titanium translation stages allow operation under extreme environmental conditions as
cryogenic temperatures (10 mK - 300 K), high magnetic fields (+28 T) and ultra high vacuum
environments (5.10-11 mbar). This attribute presents a revolutionary advancement for the
positioning market leading to new research in numerous areas.
Applications of these outstanding nanopositioning modules, well-known in many labs around
the world, include scanning probe techniques such as scanning electron microscopy, confocal
microscopy, scanning force microscopy, scanning tunneling microscopy and near-field optical
microscopy, to name just a few. Furthermore, they are suitable for general beam manipulation
applications involving optical fibers and solid state waveguides.
The product line of attocube systems AG ranges from stand-alone simple positioning
components for laboratory applications to complete automated and integrated solutions for
low temperature- / UHV- scanning probe microscopy (SPM). The product range includes
different species of Confocal Microscopy (CFM), Atomic Force Microscopy (AFM), Nearfield
Scanning Optical Microscopy (NSOM) and Scanning Tunneling Microscopy (STM)
offering operation modes down to 300 mK as well as high magnetic field and vacuum
compatibility.
The product range is completed by innovative and highly flexible control systems for multiple
SPM modes. Various SPM hardware and software modules make image acquiring a simple
task. 2D and 3D software allow image processing for visually appealing, professional and
publishable results.
As a market leader for low-temperature Scanning Probe we continuously work on supporting
our customers to achieve reliable scientific results efficiently. Thus, our aim is to open up new
possibilities ranging from scientific research to industrial applications.