STREAM SPM Lab
Flow Cryostat based SPM for temperatures from < 10 K to 420 K
SPM LT SPM VT SPM STM STS LT STM VT STM HDL Manipulation Nanolithography AFM nc-AFM QPlus AFM
- STM, QPlus®-AFM & spectroscopy
- Integrated TRIBUS Head
- 3D coarse motion
- Temperature: < 10 K to 420 K
- Flow cryostat for LN2 and LHe (same flow cryostat)
- Tip & sample cold
The STREAM combines advantages of a cost effective low temperature flow cryostat platform with the attractive features of the TRIBUS SPM head including 3D coarse motion, high intrinsic stability, easy tip and sample exchange, and optical access.
The Flow Cryostat based STREAM SPM platform is purpose-built for high resolution STM, QPlus®-AFM, and spectroscopy experiments in a temperature range between < 10 K and 420 K. With the integrated thermal shield compartment, the cryostat enables operation using either LHe (< 10 K) or LN₂ (< 100 K), under stable conditions. The efficient thermal shielding delivers low liquid helium consumption and high temperature stability resulting in low drift. STREAM is integrated in an extremely compact vacuum system. This modular assembly is available as a stand-alone unit or as a bolt-on option for integration into larger SPM multi-chamber UHV systems. The STREAM SPM employs the TRIBUS SPM head with 3D coarse motion for tip/ sample, high intrinsic stability, easy tip and sample exchange, and optical access.
“QPlus® is a registered trademark of Professor Franz J. Giessibl, Regensburg, Germany”
More Information
SPM Results
STM: Si(111) 7x7 @ 8.3 K
STM: Au(111) @ 10 K
STM: Au(111) @ 10 K
Bolt-on Versions dor integration of the STREAM into existing UHV systems.
Version 1: STREAM with dedicated STREAM chamber with wobble stick and sample storage carousel.
Version 2: STREAM with chamber package for Scienta Omicron VT-SPM replacement.
Results
Direct observation of glycans bonded to proteins and lipids at the single-molecule level
Proteins and lipids decorated with glycans are found throughout biological entities, playing roles in biological functions and dysfunctions. Current analytical strategies for these glycan-decorated biomolecules, termed glycoconjugates,...
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STREAM SPM Lab: Flow Cryostat UHV SPM
The STREAM UHV SPM combines advantages of a cost-effective low-temperature flow cryostat platform with the attractive features of the TRIBUS SPM head including 3D coarse motion, high intrinsic stability, easy tip and sample exchange, and optical access.
