Liquid Helium

LHe Microscopy Systems

an innovative 'sample in vacuum'
design that offers fast cooldown,
high efficiency, lowest thermal drift,
excellent temperature stability,
ultra low vibration and can
be operated in 'push' or 'pull' mode

LHe SuperVari Temp Insert

top-Loading and available in either
'sample in vapor' or 'sample in static
exchange gas'. The temperature of
the sample can be typically
varied from 1.5 K to room
temperature.

LHe Superconducting Magnet

avaialble with split coil or solenoid
magnet configurations. With
magnetic fields up to 17 Tesla
available we are sure to have a
design that meets your needs.

LHe Sample in Vacuum

Models RC-102 and XE-102
(extra helium efficiency) offer
the fastest cooldown, highest
efficiency and greatest stability
in the industry.
 

LHe Sample in Vapour

Model RC-152 features top-loading
samples, various optical
variations and optional buffer
volume for extended lowest
temperature (<1.5 K)

LHe Dewar Mount Insert

available with sample in vapor,
static exchange gas or vacuum.
Our most popular model features an
external cryostat with insert leg
that sits in the dewar. 

LHe Variable Temp Dewars

available with sample in flowing
vapor, sample in vacuum or
sample in static exchange gas.
These Dewars feature extra
efficient helium consumption.

LHe Research Dewars

available with LN2 or vapor
shielding and stainless steel,
aluminum/G-10 or all fiberglass
construction. Dewars are available in
any combination of neck diameters,
LHe volume, tail &/or dewar lengths 

LHe Transfer Lines

available in many different
configurations,
including a compact version.
The most popular styles: 
»» Flexible
»» Rigid (one piece)
»» Rigid Bayonet


LHe UHV Flow Cryostats

RC102 features rotatable 'Conflat'
interface flanges. You select distance
from chamber interface to the cold
finger. Construction is all welded
stainless steel with low vapour
pressure silver brazed
copper joints.


LHe Micro-manipulated Probe

has an all stainless steel vacuum
chamber and up to (6) XYZ Probe
stations. The CMP has an operating
temperature range of
<10 K to 800 K.

 


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With over 26 years experience of
building cryogenic systems for
researchers, Cryo Industries are 
able to custom design, engineer,
manufacture and test a system
that is guaranteed to meet
your specifications.

 

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