attoDRY LAB
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© 2013, attocube systems AG - Germany, attocube systems and the Logo are trademarks of attocube systems AG. Registered and/or otherwise protected in various countries where attocube systems products are sold or distributed. Other brands and names are the property of their respective owners. attocube systems AG | Kbniginstrasse 11a | D - 80539 Miinchen | Germany Cool down. Measure. Publish

attoDRY LAB Cool down. Measure. Publish. All of this comes together in the brand-new attoDRY LAB, attocube‘s state-of-the-art 21st century nano-characterization platform. It not only combines a cryogen-free magnet system with ease-of-use through full automation of temperature and field control, but also offers a whole variety of different measurement options. Whether your research requires magnetic imaging of nanostructures via atomic / magnetic force microscopy or scanning Hall probe microscopy (AFM/MFM, SHPM), angle-dependent magneto-resistance measurements in full 3D, or magneto-optic...

attoDRY1100 | Fully Automated. Turnkey operation. Exceptional cooling performance touchscreen control of field & temperature Last but not least, the attoDRY1100 was specifically designed to provide an ultra-low vibration measurement platform for cryogenic scanning probe experiments without the need for liquid Helium. Due to a proprietary design, mechanical vibrations created by the pulse-tube coldhead are decoupled from the measurement platform, creating vibration amplitudes of less than 0.12 nm RMS (bandwidth of 200 Hz, vertical direction) measured with the atomic force microscope attoAFM...

Sample exchange 21st century user interface cooling down samples has never been that easy. touchscreen control of field and temperature Via the integrated 4.3“ capacitive touchscreen, the attoDRY1100 cryostat provides a convenient and intuitive interface for a state-ofthe-art user experience. The desired sample temperature T and magnetic field B can easily be set by virtually pressing a button directly at the cryostat, enabling a true set-and-forget type of operation. Of course, more elaborate measurement schemes such as programmable sweeps of T and B are also possible via the USB/ethernet...

atto3DR 3-dimensional rotator for in-situ operation The atto3DR double rotation module provides access to full magnetic field (e.g. 9 T) in all directions relative to the sample surface. This is a feature which is unheard of even with significantly more expensive 2D/3D vector magnet setups, simply because split coil configurations do not achieve such high field values. The module comes fully wired and equipped with a convenient leadless ceramic chip carrier (LCCC) socket with 20 contacts, which makes sample exchange a quick and easy task. Of course all parts are non-magnetic, and it is...

attoCPS I ultra stable cryogenic probe station In the attoCPS  I probe station, four nanomanipulation probe arms consisting of attocube’s unique nanopositioners - offer highest positioning accuracy while providing a travel range of several millimeters. This allows the probe tips to be positioned accurately on either the bare sample surface or on sample contact pads (if applicable). The sample is mounted onto a sample holder which enables convenient additional contacting with high frequency coaxial cables if desired. Optical inspection of the sample / probe tips is provided by a CCD camera...

attoCPS II highly flexible cryogenic probe station In contrast to the attoCPS I with its fixed sample configuration, the attoCPS II offers the possibility to move both sample and up to four xyz probe tips simultaneously. The sample can be positioned in x,y, and z direction as well as rotated by 360°. This setup is particularly useful for multiple device testing with identical contact pad spacing. The probe tips have to be adjusted to match the contact pad pattern only once; for measurements on a subsequent sample, the sample holder is simply moved from one device to the next, allowing time...

attoMFM I low temperature magnetic force microscope, cantilever based The attoMFM I is a compact magnetic force microscope designed particularly for applications at low and ultra low temperature. Based on the attoAFM I the instrument works by scanning the sample below a fixed magnetic cantilever. The magnetic force gradient acting on the tip is then determined by measuring the change in resonance frequency (FM mode) or phase of the cantilever (PM mode) with highest precision using a fiber-based optical interferometer. Both measurement techniques are applied at a certain tip-sample distance,...

attoSHPM low temperature scanning Hall probe microscope The attoSHPM is a compact scanning Hall probe microscope, designed particularly for operation at low temperature and high magnetic fields. At the heart of the attoSHPM, a molecular beam epitaxy (MBE) grown GaAs/AlGaAs​Hall sensor measures magnetic fields with unrivalled sensitivity. Local measurements of the magnetization of a sample are obtained by scanning the sample underneath the Hall sensor and simultaneously recording the Hall voltage, directly yielding the local magnetic field. While other local probes may outperform the Hall...

attoCFM I low temperature confocal microscope, free-beam optics The attoCFM I has been developed to offer the highest flexibility for the adaptation of the experimental setup to particular customer needs. This flexibility is realized by a modular beam splitter head which is positioned outside of the cryostat. Furthermore, the free-beam optical design allows a completely independent adjustment of the excitation and collection port. Therefore, applications such as Raman spectroscopy become accessible by appropriately filtering the excitation and collection signals. The easy handling opens up...

attoRAMAN cryogenic micro-Raman spectroscopy The cryogenic Raman instrument combines a high resolution, low temperature confocal microscope with ultra sensitive Raman optics. This innovative product enables state of the art confocal Raman measurements at cryogenic environments combined with magnetic fields of up to 16 T. The attoRAMAN is a ready-to-use system and is delivered with Raman laser source (532 nm / 633 nm wavelength as excitation source available), ultra-high throughput spectrometer including a peltier-cooled, backilluminated CCD, and a state-of-the-art Raman controller/software...