Renaissance Scientific Cryogenic Atomic Force Microscopes
Based on their innovative nanopositioner stages, Renaissance Scientific have brought to the market a solution for bringing AFM to the Cryo domain. With IR, Cantilever and Diamon NV Centre options, these solutions really are at the leading edge.
Renaissance Scientific has qualified the Quantum Design OptiCool for SPM, Ren-Sci will guarantee performance of their AFMs with the OptiCool. Most liquid helium cryostats are compatible, though check with us to make sure.
For example:
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MODELS
IR-AFM-4K – Atomic Force Microscope
CRYO IR NEAR-FIELD MICROSCOPY
-Cantilever AFM
-0.48 NA focus on tip
-Independent tip and sample temperature control
-dual Z scanner (long range for offset control + short range high bandwidth for sharp sample features)
-12 sample contacts
-Piezo motor controlling fibre to cantilever
NV-AFM-4K-111T – Atomic Force Microscope
CRYO DIAMOND NV CENTER MAGNETOMETRY
-Quartz Tuning Fork (QTF) tips (not supplied)
-0.64 NA objective lens
-Independent sample temperature control
-dual Z scanner (long range for offset control + short range high bandwidth for sharp sample features)
-12 sample contacts
– XYZ nanopositioning on tip (NP-240)
– XYZ nanopositioning on sample (NP-340)
– XY and dual Z scanning on sample – Plug-and-play Quartz Tuning Fork (QTF) mounts
– Two stage QTF preamplifier with charge amplifier on each tine and differential second stage – Note: requires 3rd party NV centre probes
-Controlled with RHK R9 or R10 controllers
AFM-340 – Atomic Force Microscope
CRYOGENIC CANTILEVER AFM
-Sample XYZ nanopositioning (NP-340-XYZ)
-Sample Scanning XY and dual Z
-Fibre-to-cantilever piezo motor
-Optical drive
-Controlled with RHK R9 or R10 controllers
