Cryostats for Custom Microscopy

Cryogenic Low Temperature Micro-Spectroscopy Solutions

HORIBA's Standard Microscopy Solutions (SMS) offer the addition of cryostats for low temperature cryogenic micro-spectroscopy applications. Add any cryostst to our range of customizable microspectrosopic equipment to make a complete custom cryogenic solution. Our advanced technology and innovative features make our microspectrophotometers the preferred choice for researchers aiming for superior results.

SMS CRYO Features

  • Seamless integration of a wide variety of cryostats from most major manufacturers
  • Enables the multimodal performance for the following micro-spectroscopies at temperatures down to 4K
  • Raman, Photoluminescence (PL), Time-resolved PL, Reflectance, Electroluminescence, Photocurrent and Darkfield Scattering
  • From upgrades to existing user components to complete turnkey solutions that work out of the box
  • Completely modular solution that can be adapted to changing work needs and requirements

 

Read about Cryogenics applications in our Science in Action article: Cryogenics and Multimodal Microspectroscopy — Filtering out the Noise

SMS CRYO Solutions

SMS CRYO with Cold Edge Cryostat (Stinger®)

Features

  • Closed cycle gas flow cryogenic cooling system – no more helium top-offs!
  • Wide temperature range (3.8 K to 800 K) directly at the sample point
  • The Stinger cryocooler has a small footprint with no dewar
  • Long flexible line with low vibration at the sample (<10 nm), and freedom of movement of sample chamber and flexible positioning of the Stinger cryocooler.
  • Customizable sample-to-window distance

 

Key Specifications

  • Compressor water-cooled, 200 or 380/400/480 V 3 phase, 50/60 Hz
  • 6, 10 or 20 m gas line set & CCR head power cable
  • Re-circulation compressor, 220/230 V 50/60 Hz 1 phase
  • 1.8 meter transfer line flexible section (3m optional)
SRDK-408 4K Cryocooler system. Cooling capacity* 1 W @ 4.2K
6m gas line set & head power cable for CCR
0.5 watts @ 4.2 K
10 K Stinger® CH-210N 6.5K, 4 W @ 10 K
6m gas line set & head power cable for CCR
0.25 watts @ 10 K

 

SMS CRYO with Janis/Lakeshore® Cryostats

Features

  • Closed cycle and flow-through gas cryogenic cooling system!
  • Wide temperature range (3.5 K to 475 K) at the sample point
  • Fast cool down ~ 30 minutes
  • Customizable sample-to-window distance
  • Compact version (ST-500-C) to fit on standard microscope stages

 

Key Specifications

  • Magnetic chamber accessory: 0.45-1 T
 ST-500ST-500-C
Temperature Range3.5 K to 475 K6K to 475 K
Cryogen Consumption
(LHe at 10 K)
0.5L/h @10 K0.8L/h @10 K

SMS CRYO with Montana Instruments® Cryostation

Features

  • Closed cycle gas flow cryogenic cooling system – no more helium top-offs!
  • Wide temperature range (3.2 K to 350 K) directly at the sample point
  • Fully integrated turnkey system – gets you up and running quickly with minimal effort
  • Patented vibration damping technology – isolates cryocooler without need for external support structures.
  • Cryo-optic and cryo-magnetic accessories available for sensitive optical and magnetic measurements

 

Key Specifications

  • Magnetic chamber accessory: 0.45-1 T
CRYOSTATIONS50S200
Base Temperature3.2 K3.6 K
Vibration0.25 watts @ 10 K<15 nm

SMS CRYO with Linkham® Heating/Cooling Stage

Features

  • Low profile Linkam heating and cooling stages fit on most standard microscopes
  • Included adapter plate to mount to microscope
  • Rapid heating and cooling rates ~ 150 °C per minute
  • Over 15 mm of travel in X and Y directions
  • High degree of accuracy and stability over temperature range

 

Key Specifications

 THMS600
Temperature Range-195 °C - 600 °C
XY Manipulation15 mm
Objective Lens Working Distance4.8 mm
Temperature Stability<0.01 °C

SMS CRYO with ARS® Cryostat

Features

  • Solvay™ cryocooler provides strong cooling power with minimal vibration
  • Helium exchange interface with nanometer scale vibration isolation at the sample
  • Modular sample chamber with breadboard capability for flexible sample mounting
  • Capable of in-vacuum and cold objectives for ultimate low-working distance microscopy and spectroscopy applications

 

Key Specifications

 μDrift Cryostat
Base Temperature3.8 K
Cool Down Time4 hr
Vibration10 nm
Drift Per Hour100 nm

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