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INTRODUCTION

HIGH PERFORMANCE PLATFORMS

 

CONFOCAL IMAGING

 

attoCFM I
 

attoCFM-DRY
 

attoRAMAN
 

OPTIONAL CONFIGURATIONS
 

MAGNETIC IMAGING

 

attoMFM I
 

attoSHPM
 

SURFACE CHARACTERIZATION

 

attoAFM I
 

attoAFM/SEM
 

attoSPHERE
 

CRYOGENIC PROBE STATIONS

 

attoCPS I
 

attoCPS II
 

attoPROBESTATION
 

ACCESSORIES

CUTTING EDGE RESEARCH SYSTEMS

 

attoCSFM
 

attoSNOM
 

attoAFM III
 

attoAFM/STM
 

attoAFM/CFM
 

attoSTM

FUNDAMENTALS

 

CFM
 

SNOM
 

MFM
 

SHPM
 

AFM
 

STM
 

CLOSED LOOP SCANNING

 

 


INTRODUCTION NANOSCOPY

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Our low temperature Scanning Probe Microscopes (SPM) are equiped with the outstanding attocube nanopositioning modules that are by now well-known in many labs around the world. The product range includes Confocal Microscopes (CFM), Atomic Force Microscopes (AFM), Magnetic Force Microscopes (MFM), Scanning Near-Field Optical Microscopes (SNOM), and Scanning Tunneling Microscopes (STM) with operating environments ranging from standard temperature and pressure conditions to low temperature, high vacuum, and high magnetic fields.

In the section Microscopy xs we offer all our scanning probe microscope inserts for 1" free-bore cryostats such as the PPMS from Quantum Design [learn more]

NEW!
For many years, attocube systems has been pioneering cryogenic confocal microscopy. With the introduction of the attoCFM series of confocal microscopes almost a decade ago, the optical investigation of single quantum devices on the sub-micron scale at low temperature suddenly became available as a standard tool for scientists worldwide. Now once again, the new attoCFM is redefining the state-of-the-art for low temperature confocal microscopy.


Download our latest nanoSCOPY brochures!

Cryogenic Confocal Imaging Cryogenic Magnetic Imaging Cryogenic Atomic Force Microscopy

Typical Applications:

Micro-photoluminescence and micro-fluorescence such as single quantum dot or molecule spectrocopy
Magnetic Imaging of vortices
Investigation of superconductors
Scanning Gate Microscopy / Conducting Tip AFM at low temperatures
Local field measurements on magnetic nanoparticles
Cryogenic Raman measurements






The LT-microscopes are cooled by a controlled exchange gas atmosphere inside a low-evaporation liquid He bath cryostat. Optional, superconducting magnets up to 15 T can be added to the system.
Alternatively, a variety of instruments can be used in combination with innovative He-free, closed-cycle pulse-tube coolers. Please ask our sales engineers for details on our complete cryogenic microscope systems.