TEMPERATURE / SCHEMATIC

A new perspective …

Cryostats at their finest.

Everyone. Every day.

Experts for your experiments.

SINCE 1975+Individually engineered+Made in Troisdorf+At work worldwide50°49′ N 7°09′ E

DRY 1 K TOP LOADER

Change the sample.
Keep the system cold.

The Dry 1 K Top Loader brings optical access and a built-in optical bench to a dry cryostat. Exchange samples while the system stays cold, with optional superconducting magnets for your experiment.

1D / 2D / 3DOptional superconducting magnets

Standard temperature range with the magnet running.

IN FOCUS / CryoTel GT

Powerful cooling.
Compact by design.

When only the best will do. The CryoTel GT from Sunpower packs Stirling cooling into a compact system. CRYOVAC helps you find the right configuration for your application.

3.1 kgBase model mass

Nominal cooling at 23 °C reject temperature

APPLICATIONSBUILT FOR YOUR FIELD

Small scales.
Great possibilities.

Every experiment asks different questions. We create the thermal conditions that help you find the answers.

Optics & photonics

Clear access. Deeper insights.

When light meets matter, sample access matters. We configure optical windows, sample spaces and cooling around your measurement setup.

See matching systems

SYSTEMSPRECISION AT EVERY DEGREE

Your experiment.
Our inspiration.

From optical spectroscopy and scanning probe microscopy to tensile experiments: find the right starting point for your custom system.

1–6 of 20 systems

All models at a glance 20

All models at a glance

Dry 1 K Top Loader

Sample exchange while the system stays cold. A dry top-loading cryostat with optional 1D, 2D or 3D superconducting magnets and optical access.

Technical specifications

Dry operation
Temperature range: 1.5 to 300 K (with the magnet running)
Works with 1D / 2D / 3D superconducting magnets
Built-in optical bench for mounting optical components
Low vibration
Ø 50 sample spaces standard
DN50KF sample flange
Temperature stability: < 10 mK
Initial system cool-down: < 6 h (without a magnet)
Compact design
Can be integrated onto an existing optical bench
Customizable sample stick
Wide range of exchangeable sample holders
Sample in static exchange gas
Sample can be exchanged while the system remains cold
Quick sample heat up: < 15 minutes with the aid of a heater (100 W)
Quick sample cool-down: 300 to 4 K in 90 minutes

Upgrades

Transmission and luminance geometries with 1 to 4+top+bottom windows
Quartz glass exchangeable windows
Customizable window geometry and materials
Customizable sample space
Addition electrical feedthrough and wiring
Sample in vacuum
UHV Bore
Higher cooling power
Fully customizable sample stick
Additional sample stick wiring from DC to 40 GHz, incl. optical fiber
500 K upgrade
Easy integration of piezo stages at the sample position
Easy integration of objectives and lens on the sample stick

PT Top Loader

A clear path to your sample. A low-vibration pulse-tube cryostat for optical and electrical experiments, with sample exchange while the system stays cold.

Technical specifications

Temperature range: < 3 to 325 K (800 K possible)
Cool-down time: < 10 min. for single sample cooling from 300 K; < 20 min. for multiple sample holder
(e. g., 12 samples)
Sample space: Ø 20, Ø 30 and Ø 39 mm standard
Temperature stability: < 10 mK
Low vibration
Initial system cool-down: < 2 h
Compact table top design
Transmission and luminance geometries with 1 to 4 (plus bottom) windows standard
Quartz exchangeable glass windows
Sample in exchange gas for a fast sample change
Sample holder can be exchanged for a wide range of sample holders
Heats up quickly with the aid of a heater (100 W)

Upgrades

Customizable window geometry and materials
Customizable sample space
Sample in vacuum
UHV bore
Fully customizable sample stick
Additional sample stick wiring from DC to 40 GHz, incl. optical fiber and heater
500 K upgrade
High temperature version with up to 800 K (with cooling gas connection and thermal switch)
Easy manipulator integration for sample positioning
Manipulator system for fully automated measurements
Airlock with automatic exchange gas handling system

UHV (STM) JT Cryostat

Joule–Thomson cooling on a helium bath cryostat for low-vibration STM, TEM and AFM experiments. Base temperature 450 mK with ³He or 1.0 K with ⁴He.

Technical specifications

Fully UHV / XHV compatible, can be baked up to 150°C
SPM / STM / AFM compatible
Base temperature: 450 mK (³He) or 1.0 K (⁴He)
The JT stage can be used in both continuous or single shot mode
The same system can be used with either Helium 4 or Helium 3 (without modification to the cryostat)
Compact design: 10 LHe / 21 LN₂ configurations
Ultra-low cryogenic consumption LHe / LN₂: > 120 hours and > 250 hours hold time, respectively
The JT stage does not have a hold time in continuous mode
DN250 / 300CF base flanges, for easy integration
Fully customizable cold plate, radiation shield, and design

Upgrades

Additional geometries and tank volumes available
Tubes for cabling through the LHe tank
Additional DN40CF or DN16CF flanges for customized wiring
Passive air damping system fully integrated into the helium system
Low vibration N₂ tank via an optimized unique design
Fully compatible UHV split pair superconducting magnet with ultra-low loss HTS / LTS current leads
Radiation shields with integrated shutters, optical and sample transfer access
Linear push and / or pull mechanism at the tip sample position
Helium 3 Gas handling system

Konti Micro

Compact and versatile. This continuous-flow cryostat combines a broad temperature range with ultra-low vibrations and low thermal drift.

Technical specifications

Temperature range: 3.0 K to 650 K (800 K possible)
Cryogen consumption: ~ 1.0 l / h @ 4 K
Effective heat exchanger: > 1 W cooling power @ 4 K
Temperature stability: < 10 mK
Cool-down time: < 20 min
Extremely fast sample exchange and warm up
Ultra-low working distance: < 1 mm
Concentric design to prevent vibration and thermal drift of the sample
Transmission geometry
Exchangeable sample holders
Choice of window materials according to your experimental needs
Fully customizable setup to match your individual requirements
Small and light weight
Can be operated in all orientations

Upgrades

Pillared sample holder designs possible
Integrated objectives or Aspheric lens for extremely small working distances
Additional wiring from DC to 40 GHz
Sample in exchange gas
Internal sample-positioning systems, closed loop 1 nm resolution
Superconducting magnets or movable ferromagnets
Needle probes and optical fibers, controllable via piezo stages, if desired

GM Top Loader

Dry top-loading cooling using GM technology for optical and non-optical setups. Exchange the sample while the cryostat stays cold.

Technical specifications

Temperature range: < 4 to 325 K (800 K possible)
Sample space: Ø 20, Ø 30 and Ø 39 mm standard
Transmission and luminance geometries with 1 to 4 windows standard
Temperature stability: < 10 mK
Low vibration
Initial system cool-down: < 2 h
Compact table top design
Quartz exchangeable glass windows
Sample contained in exchange gas for a fast sample change
Sample holder can be exchanged for a wide range of holders
Heats up quickly with the aid of a heater (100 W)

Upgrades

Customizable window geometry and materials
Customizable sample spaceSample in vacuum
UHV bore
Fully customizable sample stick
Additional sample stick wiring from DC to 40 GHz, incl. optical fiber and heater
500 or 800 K upgrade
Easy manipulator integration for sample positioning

Dry Micro

A compact closed-cycle cryostat with an integrated helium liquefier. Designed for short working distances, low thermal drift and ultra-low vibrations.

Technical specifications

Temperature range: 5 to 500 K (800 K possible)
Temperature stability: < 10 mK
Ultra-low working distance: < 1 mm
Concentric design to prevent vibration and thermal drift of the sample
Transmission geometry
Exchangeable sample holders
Choice of window materials based on your unique experimental needs
Fully customizable setup to match your individual requirements
Small and light weight (cryostat side)

Upgrades

Pillared sample holder designs available
Window geometry
Integrated objectives or aspheric lens for extremely small working distances moved via piezo stages, if desired
Sample in exchange gas
UHV compatible
Internal sample-positioning systems, closed loop 1 nm resolution
Superconducting magnets or movable ferromagnets
Additional wiring from DC to 40 GHz
Needle probes and optical fibers controlled via piezo stages, if desired

Konti Spectro A

A cold-finger continuous-flow cryostat for optical and non-optical experiments. Operated with liquid helium or nitrogen, compact and suitable for all orientations.

Technical specifications

Temperature range: 3.0 K to 325 K (800 K possible)
Cryogen consumption: ~ 1.0 liters / h @ 4 K
Effective heat exchanger: > 1 W cooling power @ 4 K
Temperature stability: < 10 mK
Cool-down time: < 20 min
Transmission and luminance geometry with 1 to 4 plus bottom windows standard
Exchangeable sample holders and windows
Choice of window materials according to your experimental needs
Fully customizable to match your individual requirements
Small and light weight
Sample in vacuum
Ability to operate in all orientations

Upgrades

Customizable window geometry and materials
Customizable sample space
Gas inlet
Additional sample wiring from DC to 40 GHz, incl. optical fibers
800 K upgrade (with cooling gas connection)
Easy manipulator integration for sample positioning
Integrated evaporator
Upgradable to a 6 axis sample manipulator
Interface for integration with a spectrometer

Konti Spectro

A top-loading continuous-flow cryostat with exchange-gas cooling. Samples can be exchanged while the cryostat stays cold.

Technical specifications

Temperature range: 3.0 K to 325 K (500 K possible)
Top loading sample
Sample cooled via exchange gas
Cryogen consumption: ~ 1.0 litre / h @ 4 K
Effective heat exchanger: > 1 W cooling power @ 4 K
Temperature stability: < 10 mK
Cooldown time: < 20 min
Sample can be exchanged while the cryostat is still cold
Transmission and luminance geometry with 1 to 4, plus bottom windows as standard
Exchangeable sample holders and windows
Choice of window materials according to your experimental needs
Fully customizable to match your individual requirements
Small and lightweight
Sample space: Ø 20, Ø 30 and Ø 39 mm standard
Ability to operate in most orientations

Upgrades

Customizable window geometry and materials
Additional sample stick wiring from DC to 40 GHz, incl. optical fiber and heater
Customizable sample space
Sample in flowing exchange gas
Fully customizable sample stick
500 K upgrade
Easy manipulator integration for sample positioning

Konti Micro Stages – Modular

The modular Konti Micro with internal sample positioning, needle probes, movable objective holders and optional permanent magnets. Modules can be added later.

Technical specifications

Temperature range: 3.0 to 325 K (800 K possible)
Cryogen consumption: ~ 1.0 liters / h @ 4 K
Effective heat exchanger: > 1 W cooling power @ 4 K
Temperature stability: < 10 mK
Cool-down time: < 20 min
Extremely fast sample exchange and warm up
Ultra-low working distance: < 1 mm
Concentric design to prevent vibration and thermal drift of the sample
Transmission geometry
Exchangeable sample holders
Choice of window materials according to your unique experimental needs
Small and light weight
Future-proof, as modules can be bought at a later date

Upgrades

Needle probes, moveable while the sample is cold, via open or closed loop piezo stages
Moveable heat exchanger for nm resolution movement of the sample while cold in the XY, XYZ or XYZR directions
Positional permanent magnet, moved via a XYZR piezo stage, for local magnetic field generation
Includes a mu-metal cage for the perminent magnet storage when not in use
Optical fiber holders that are moveable via open or closed loop piezo stages
Objective holder with or without, Z, XY or XYZ nano resolution stages for small working distance objectives

Central cryostat module

All cryogenic specification as standard Konti Micro
Adjustable, removable and exchangable sample holder
Nominal positioner resolution down to 1 nm closed loop piezo stages
Optional lateral X / Y, X / Y / Z or Z positioning units
Optional sample R module – rotation theta and phi
Optional feed back loop
Very low drift due to concentric heat exchanger design
High temperature option up to 800 K
Sample in exchange gas
Sample size up to Ø 300 mm

General options

Modular and exchangable configurations
Vertical or horizontal set-up
All positioning units down to 1 nm step (closed loop piezo stage)
Various cryostat modules
Various top and bottom flange designs with different windows diameters, material and thicknesses
Objective modules with and w / o positioning units
Modules with piezo driven probe arms
Modules with permanent magnets
External high field superconducting magnets up to 9 T

Sample holder version

In line reflection or transmission configuration
Pillar / tower designs
Various vertical and / or horizontal optical windows
Various shapes and lengths

Feedthrough options

All extra wires thermally strapped to the radiation shield
As well as to the heat exchanger
Additional wiring from DC to 40 GHz
Optical fibers

Konti Micro Magnet

An independent dry warm-bore magnet with fields up to 9 T. The sample cryostat remains mechanically decoupled and can be retracted for sample exchange.

Technical specifications

Variable field intensity: up to 9 Tesla
Cooling via a pulse tube or GM refrigerator
Vertical or horizontal warm bore: Ø 44.5 mm
Little required maintenance
Continuous, stand-alone operation
Grid of threads similar to optical bench, used for mounting optical components
Optimized combination of the Konti Micro or similar cryostat and an independent high field magnet system
Mechanical decoupling of the sample cryostat for ultra-low vibrations
Manipulator for positioning the sample cryostat
Sample exchange without the need to warm up and vent the magnet system

Upgrades

Warm bore variants (large or small available)
Split pair configuration for side optical access to the sample
Low profile, e. g., for use under a microscope
Configuration for low heights
Additional mechanical decoupling

Konti UHV

A UHV-compatible cold-finger continuous-flow cryostat with high cooling power. For VT-SPM, TEM, AFM, sample transfer and scattering experiments.

Technical specifications

Fully UHV and XHV compatible, can be baked to 225°C
Compact geometry
Modular design
Integrated thermometry; silicon diode temperature sensor and a 50 W heater
Low vibration, allowing for atomic resolution
Can be used with both LHe and LN₂
Temperature range: < 3 K (65 K with LN₂) to 500 K
Cool-down time: ~ 5 min to < 5 K
Temperature stability: < 1 mK
Effective heat exchanger: > 4 W @ 4 K
Exchangeable sample holders
Exhaust gas cooled radiation shield via highly efficient heat exchanger
Mating flange DN40CF
Custom defined thread pattern at cold finger
Custom defined radiation shields / end caps

Upgrades

High temperature option (up to 800 K)
High power heater for fast ramp rates
DN63CF or DN16CF mating flange
Additional DN16CF or DN40CF flanges
Addition electrical feedthrough and wiring
Mechanical feedthrough to sample area
Integrated UHV compatible manipulators for up to 6 axes of motion
Alternative temperature sensors
Larger sample mounts
Highly efficient customizable OFHC braids
Various sample holders with sample exchange mechanism, if required

Konti UHV with Manipulator

A variable-temperature UHV continuous-flow cryostat with up to six axes: XYZ, Z rotation and X/Y goniometers. For precise sample positioning at low temperatures.

Technical specifications

Fully UHV and XHV compatible, can be baked to 225°C
Compact geometry
Modular design
Low vibration, allowing for atomic resolution
Ability to be used with both LHe and LN₂
Temperature range: < 5 K (70 K with LN₂) to 500 K
Cool-down time: ~ 5 min to < 5 K
Temperature stability: < 1 mK
Effective heat exchanger: > 4 W @ 4 K
Exhaust gas cooled radiation shield via highly efficient heat exchanger
Integrated thermometry; silicon diode temperature sensor and a 50 W heater
Custom defined radiation shields / end caps
Unlimited XYZ movement
Coaxial cryogenic inlet / outlets for unlimited Z-axis rotation
X-goniometer (azimuth rotation): +50 / -50°
Y-goniometer (tilt rotation): +10 / -10°

Upgrades

High temperature option (up to 1200 K)
High power heater for very fast ramp rates
Addition electrical feedthrough and wiring
Alternative temperature sensors
Various sample holders with sample exchange mechanism, if required
Customizable optical access
Customizable sample holder

Konti Spectro IT

A bath cryostat with a top-loading variable-temperature insert. Continuous and single-shot operation, with the sample in exchange gas or vacuum.

Technical specifications

Temperature range: 1.2 K to 325 K (500 K possible)
Top loading sample
Sample cooled via exchange gas or in vacuum
Cryostat lower part configurable for either optical, x-ray, Mößbauer and / or warm bore magnets measurements
Low cryogen consumption via the nitrogen shield and super insulated tanks
6.7 liters LHe / 9 liters LN₂ tanks as standard
Very high cooling power even at low temperatures
Temperature stability: < 10 mK
Sample exchange: < 10 min
Sample can be exchanged while the cryostat is still cold
Transmission and luminance geometry with 1 to 4 plus bottom windows as standard
Exchangeable sample holders and windows
Ability to choose window materials based on requirements
Fully customizable to match individual experimental requirements
Sample space: Ø 20, Ø 30 and Ø 39 mm standard

Upgrades

Customizable window geometry
Customizable sample space
LN₂ only version
Sample in static exchange gas
Sample in vacuum
Integrated superconducting 1 / 2 / 3D magnet
Fully customizable sample stick
Additional sample stick wiring from DC to 40 GHz, incl. optical fibers
500 K upgrade
Easy manipulator integration for sample positioning
Electronically controlled needle valve, via a 0-5, 0-10 V signal, USB or RS232, for remote operation

UHV (SPM) Bath Cryostat

An ultra-low-loss helium bath cryostat with a nitrogen shield and two vapour-cooled radiation shields. For SPM experiments requiring ultra-low vibrations.

Technical specifications

Fully UHV / XHV compatible, can be baked up to 225°C
SPM / STM / AFM compatible
Temperature range: 2.2 K to 4.2 K
Ultra-low cryogenic consumption LHe / LN₂: > 120 hours and > 250 hours hold time, respectively
DN200 / 250 / 300CF base flanges for easy integration
Compact design: 4 LHe / 15 LN₂ & 10 LHe / 21 LN₂ configurations
Fully customizable cold plate, radiation shield, and design

Upgrades

Additional geometries and tank volumes available
Tubes for cabling through the LHe tank
Linear push and / or pull mechanism at the tip / sample position
Additional DN40CF or DN16CF flanges for customized wiring
Low vibration LN₂ tank via an optimized
Unique design
Fully compatible UHV split pair superconducting magnet with ultra-low loss HTS / LTS current leads
Radiation shields with integrated shutters, optical and sample transfer access
Passive air damping system fully integrated into the helium system

UHV (STM) Magnet Cryostat

A helium bath cryostat for 1D, 2D or 3D superconducting magnets with a UHV bore. An optional 1 K pot or JT stage provides lower temperatures.

Technical specifications

Fully HV compatible, can be baked up to 80°C
Houses a 1, 2 or 3D magnet, in solenoid or split pair configuration with up to 22 T in field
Low loss vapor cooled current leads, compatible with retractable current leads or HTS / LTS current leads
Base flanges, CF / COF to match your vacuum chamber
SPM / STM / AFM compatible
Includes a persistent switch for very stable magnetic fields
Ultra-low cryogenic consumption LHe / LN₂
0.31 liters LHe / h and 0.28 liters LN₂ / hr (with retracted current leads, for a 9 T magnet)
Fully customizable tank configuration
Fully customizable cold plate

Upgrades

Additional geometries and tanks volumes available
Additional DN40CF or DN16CF flanges for customized wiring
Linear push and / or pull mechanism at the tip / sample position
Low vibration N₂ tank via an optimized unique design
Passive air damping system fully integrated into the helium system
Tubes for cabling through the LHe tank
1 K pot JT stage for even lower temperatures
Radiation shields with integrated shutters, optical and sample transfer access

UHV (STM) 1 K Bath Cryostat

A 1 K helium pot on an ultra-low-loss helium bath cryostat. Continuous and single-shot operation for low-vibration STM, TEM and AFM measurements.

Technical specifications

Fully UHV / XHV compatible, can be baked up to 150°C
SPM / STM / AFM compatible
Temperature range: 1.0 K to 4.2 K (and higher upon request)
Compact design: 10 LHe / 21 LN₂ configurations as standard
Ultra-low cryogenic consumption LHe / LN₂: > 120 hours and > 250 hours hold time, respectively
DN250 / 300CF base flanges for easy integration
Fully customizable cold plate, radiation shield and design

Upgrades

Additional geometries and tanks volumes available
Tubes for cabling through the LHe tank
Additional DN40CF or DN16CF flanges for customized wiring
Passive air damping system fully integrated into the Helium system
Low vibration N₂ tank via an optimized, unique design
Linear push and / or pull mechanism at the tip / sample position
Fully compatible UHV split pair superconducting magnet with ultra-low loss HTS / LTS current leads
Radiation shields with integrated shutters, optical and sample transfer access

UHV Magnet

A compact dry UHV split-pair magnet with a 3 T field. Side sample and optical access, low stray field and homogeneity optimized for scanning probe measurements.

Technical specifications

Fully UHV compatible
Compact geometry due to the dry nature of the magnet
Modular design
Can be baked to 120°C
10-minute ramp up to max field
Low current to field ratio (~ 5 A / T)
Low stray field
Bi-polar
Inner vertical bore: > Ø 70 mm
Optimized for use with Cu / HTS / LTS current leads
This means there is no additional he consumption
Variable side access, e. g., 30 mm x 50 mm bore
Field homogeneity: ∆Bz / B0 = 2 x 10-4 within a volume of 6 mm³
Equipped with temperature sensors
Voltage taps included

Upgrades

Solenoid configuration
Higher homogeneity
Lower stray field
Maximum field up to 7 T
Larger bore and / or openings
3D fields: 3 / 0.5 / 0.5 T, for example

Zugkryostat

For tensile experiments at low temperatures. We configure the cryostat and its interfaces around your test setup.

Dry tensile cryostat

A dry tensile cryostat for the Faserinstitut project. Explore the construction of the supplied assembly.

Configuration

Dry tensile cryostat
CAD geometry of the supplied configuration.

PTB Calibration Cryostat

An individual PTB calibration cryostat with an integrated DCVGT-II insert. Cryogenics in the context of calibration, primary thermometry and temperature scales.

Configuration

Integrated DCVGT-II insert
Individual project configuration

ASTRONOMY & SPACECRYOGENICS / ASTRONOMY / SPACE

For a view
of the Universe.

From SOFIA and the ELT to cryogenic tank development: precision for astronomy and aerospace.

Airborne observatory

SOFIA

GREAT

CRYOVAC manufactured the cryostats for GREAT, the far-infrared instrument aboard SOFIA.

Ground-based astronomy

MICADO

For MICADO, the ELT’s infrared camera, CRYOVAC built the cryostat.

Cryogenic tank structures

DLR / ArianeGroup

UPLIFT

Alongside ArianeGroup, CRYOVAC is a development partner of DLR on the Uplift test rig for cryogenic tank structures.

Calibration & metrologyPTB / DCVGT II

PTB / CALIBRATION & METROLOGY

Cryogenics for temperature metrology.

The PTB calibration cryostat is an individual configuration with an integrated DCVGT-II insert. Primary thermometry, temperature scales and the properties of measurement gases provide the scientific context.

PTB Calibration Cryostat · DCVGT II
Technical cutaway · Flythrough

Applications in the research field

Primary thermometry

DCGT relates the pressure-dependent capacitance change of a gas-filled capacitor to thermodynamic temperature.

Temperature scales and calibration

PTB uses gas and vapour-pressure thermometry, fixed points and resistance thermometers to realise and disseminate ITS-90.

Properties of measurement gases

Noble-gas polarizabilities support the development of pressure and temperature standards.

Publications / Research context

Original PTB research on a thermodynamic temperature scale and its comparison with ITS-90.
A scientific review of dielectric-constant gas thermometry (DCGT).
PTB research on noble-gas polarizabilities supporting pressure and temperature standards.

The publications describe the research context. Their measurement ranges and uncertainties are not specifications of this individual cryostat configuration.

ACCESSORIES & INTEGRATIONFROM CRYOGEN TO SAMPLE

Sample holders & contacts

Exchangeable sample holders support optical and electrical measurements. Modular KONTI Micro setups can add movable needle contacts and precise sample positioning to suit the experiment.

Application: Optics · Electrical measurements
Configuration: Modular · Exchangeable

Discuss sample mounting

Select sample holder

ACCESSORIES & INTEGRATIONFROM CRYOGEN TO SAMPLE

Cryogenic transfer lines

Bring cooling to the experiment.

Vacuum-insulated transfer lines supply KONTI continuous-flow cryostats with liquid helium or nitrogen.

Application: Continuous-flow cryostat supply
Cryogen: LHe · LN₂

Select transfer line

Discuss a transfer line

Semi-flexible L transfer line · Original CAD

ENGINEERED AROUND YOUTROISDORF, GERMANY

WHERE IDEAS BECOME INSTRUMENTS.

We are a precision manufacturer. A high-tech company.

You bring the question. We bring the cryogenics. From design and manufacturing to testing, your system takes shape at our facility in Troisdorf, in close collaboration with you.

01Understand together+
02Engineer individually+
03Manufacture precisely+

About our work

LET’S GO TO LOWEST TEMPERATURES.

What would you like
to make possible?

Tell us about your experiment. Together, we will discuss which system will move your work forward.

info@cryovac.deOr give us a call+49 2241 846730

Cryostats at their finest.

Change the sample.Keep the system cold.

Powerful cooling.Compact by design.

Small scales.Great possibilities.

Clear access. Deeper insights.

Your experiment.Our inspiration.

Dry 1 K Top Loader

PT Top Loader

UHV (STM) JT Cryostat

Konti Micro

GM Top Loader

Dry Micro

Konti Spectro A

Konti Spectro

Konti Micro Stages – Modular

Konti Micro Magnet

Konti UHV

Konti UHV with Manipulator

Konti Spectro IT

UHV (SPM) Bath Cryostat

UHV (STM) Magnet Cryostat

UHV (STM) 1 K Bath Cryostat

UHV Magnet

Zugkryostat

Dry tensile cryostat

PTB Calibration Cryostat

For a viewof the Universe.

SOFIA

MICADO

DLR / ArianeGroup

Cryogenics for temperature metrology.

Applications in the research field

Primary thermometry

Temperature scales and calibration

Properties of measurement gases

Publications / Research context

Sample holders & contacts

Bring cooling to the experiment.

We are a precision manufacturer. A high-tech company.

What would you liketo make possible?

Change the sample.
Keep the system cold.

Powerful cooling.
Compact by design.

Small scales.
Great possibilities.

Your experiment.
Our inspiration.

For a view
of the Universe.

What would you like
to make possible?