Open and Closed Cycle
ULTRA HIGH
VACUUM INTERFACES
Applications
| Materials Research | Matrix Isolation |
| UHV Cryostats | Neutron Scattering |
| Spectroscopy | Detector Cooling |
| Superconductor Studies | FTIR & Raman |
| Electrical Experiments | Mossbauer |
| Diamond Anvil Cell | X-Ray Diffraction |
| Narrow Gap Magnet | Astronomy |
Closed Cycle UHV Interface
XYZ and Rotation
1.2w @ 4.2K
ULV Interface
CH-204 UHV Interface
OPEN OR
CLOSED CYCLE
Ultra High Vacuum options available for both Open Flow interfaces and for Cryogen-Free Closed Cycle interfaces.
Cool down to 4K at sample point or bake the system to 1000K temperatures without damage.
4K Temperatures achieved in the place it matters most: directly at your sample mount point.
Built around
your experiment
Variety of customization options allows the customer to build a cryocooler that meets their unique needs.
Standard conflat flanges can be upgraded to different flange sizes, ISO flanges, and custom flanges as needed.
UHV interfaces bakeable with all metal seals.
UHV ULV
4K Long Extension
UHV Open Cycle Flow
1000K Adapter
switch between open and closed cycle
- 4K temperates at sample moint point.
- 3 – 5 nanometers displacement at the sample point.
- Modular closed cycle cooling system that can be used for multiple experiments.
- Eliminate cooldown times and increase lab productivity
Cryostats are equally compatible with both Closed and Open cycle systems.
|
Cryogen Free: Connect the head to the Stinger™ Cooling System and cool within a closed cycle. |
OR |
Open Cycle: Connect the head to the CoolTran™ open flow system to deliver He or LN2 cooling to your sample. |
Stinger™ Cryostat:
BNL UHV
Stinger™ Cryostat:
Diamond UHV ARPES
Stinger™ Cryostat:
Southampton UHV Stiffened
Stinger™ Cryostat:
UHV in Chamber Flex
Discuss Your Project
For more information, product data, or to request a quote,
contact us today and get started.