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Install DMX-20-OM
Install Sample Holder on Closed Cycle Cryostat
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Install Sample Holder on DMX/GMX-20-OM
Install Liquid Cell Sample Holder
Install Rotation Sample Holder
Install Feedthrough Adapter
Replace & Install Bellows
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About ARS
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Career Opportunity: Mechanical Designer
ARS Career: Cryogenic Technician
ARS Career Opportunity: Sales Engineer
Contact Us
Request A Quote
Home
Cryostats
Closed Cycle Cryostats
Ultra Low Vibration (ULV)
Ultra High Vacuum (UHV)
Helium Flow Cryostats
Sample in Vapor Cryostats
The Micro-Drift Cryostat
Closed Cycle Cryocoolers
ORCA Mixed Refrigerant Cooler
Custom Cryogenic Solutions
Options & Accessories
Probe Stations
Probe Stations Guide
Closed Cycle Probe Station
Superconducting Magnet Probe Station
UHV Flow Cryostat Probe Station
Flow Cryostat Probe Station
Electromagnet Probe Station
Nanoscience Probe Station - Closed Cycle
Quantum Computing
Applications
Applications Overview
Atomic Force Microscopy
Scanning Tunnel Microscopy
X-ray Diffraction
Neutron Scattering
Quantum Optics
Photoluminescence
Raman
FTIR
Matrix Isolation
Noble Gas Analysis
Parahydrogen
Ion Trap
Tech Notes
Tech Note Library
Closed Cycle Cryocooler Principles of Operation
Basics of Closed Cycle Cryostats for Optical Spectroscopy
Helitran® Advanced Features
High Temperature Interfaces
Videos
Video Library
Install Your ARS System
Install DMX-20-OM
Install Sample Holder on Closed Cycle Cryostat
Install Sample Holder on Flow Cryostat
Install Sample Holder on High Temperature Interface
Install Sample Holder on DMX/GMX-20-OM
Install Liquid Cell Sample Holder
Install Rotation Sample Holder
Install Feedthrough Adapter
Replace & Install Bellows
XYZ Manipulation
Careers & About
About ARS
ARS Culture
ARS Team
Careers at ARS
Career Opportunity: Mechanical Designer
ARS Career: Cryogenic Technician
ARS Career Opportunity: Sales Engineer
Contact Us
Request A Quote
Quantum Material Property Testing
DESCRIPTION
-OM Optical Microscopy
Ultra-low vibrations (3-5 nm)
Can achieve temp. up to 450 K
Cryostat Model
Type
DMX-20-OM
CCR
LT3-OM
Flow
