Infinite Helium™

Infinite Helium

Effortless
Intelligent
Cooling

  • Fully automated—no manual valve adjustments
  • <2 K base temperature (cryostat-dependent)
  • Low thermal drift
  • Low-vibration
  • 6 months+ continuous run time
  • Automated safety alerts
  • User-intuitive touchscreen interface

LOW VIBRATION

For vibration-sensitive microscopy applications in which the ST-500 cryostat is used, the low-vibration option offers best-in-class vibration levels. With less than 2 nm RMS vibration measured in X and Y, and less than 1 nm RMS vibration in the Z direction, the full package provides an ultra-stable platform for sensitive measurements. Centered on the transfer line between the ST-500 and Infinite Helium, the option’s components mitigate mechanical vibrations to aid in focal stability and measurement accuracy.

The low-vibration option for Infinite Helium provides less than 1 nm RMS vibration in the z direction

The low-vibration option for Infinite Helium provides less than 1 nm RMS vibration in the z direction

Infinite Helium Low-Vibration Option

Shown is the low-vibration option with the Infinite Helium, optical table, and ST‑500 microscopy cryostat

COMPREHENSIVE SAMPLE MAPPING

Fully characterize your cryostat environment with automated data collection. Control both your experiment cryostat and Infinite Helium with our MeasureLINK software.

Comprehensive sample mapping

BEAMLINE

Infinite Helium - an option for synchrotron or beamline applications

An option for synchrotron or beamline applications, the condensing cryostat of Infinite Helium can be suspended outside of the main enclosure, close to the working cryostat. This accommodates experimental space restrictions without sacrificing the cooling performance of Infinite Helium.

Lake Shore — environment by JANIS

Introducing Infinite Helium—an automated solution that makes your LHe cryostat cryogen‑free. Infinite Helium innovatively circulates helium in a closed loop, enabling your continuous flow cryostat to operate without constant helium replenishment. Infinite Helium seamlessly integrates with your existing or new continuous flow cryostats to enable cryogen-free operation. While it’s commonly paired with our ST‑500 cryostat for microscopy, ST‑400 cryostat for UHV/beamline applications, and ST‑FTIR or STVP‑NMR cryostats, its compatibility extends across our entire range of continuous flow cryostats. Automation features further reduce user error, simplifying the cooldown process and valve adjustments, ensuring consistent and optimal performance.

Automation

AUTOMATION
Reduce user error with automated valve adjustments and safety checks to recover from faults.

Temperature

LOW BASE TEMPERATURE
Push measurement boundaries down to <2 K base temperature (cryostat-dependent).

Vibration

LOW-VIBRATION OPTION
A highly stable platform with <2 nm RMS vibration levels for sensitive microscopy applications.

EFFORTLESS

No more adjusting valves and constantly having to keep an eye on cooldown and runtime operations. Hands-on operation is reduced from hours to seconds. Infinite Helium offers very easy operation and eliminates the learning curve associated with complex recirculating cooling systems.

Need real-world strategies for dealing with the helium crisis? Download "How to deal with the high cost of helium."

Infinite Helium auto mode interface

A single button controls system cooldown and automatically adjusts valves, allowing you to get up and running quickly.

An automated system, Infinite Helium is simplicity at its best. Samples can be exchanged easily without warming up the system, allowing for fast turnaround times. Plus, you experience smooth, worry-free operation with the system. It can operate for extended periods—up to 6 months or longer—without requiring servicing (other solutions may need to be serviced as often as every couple of weeks). No service costs or frequent interruptions to your experiments or lab operations.

INTELLIGENT

Infinite Helium automates the entire recirculation process. The valve automation process takes away all of the guesswork. Plus, it comes with Lake Shore MeasureLINK™ software for full system control as well as easy integration with other Lake Shore lab cooling and measurement instrumentation. MeasureLINK enables you to construct an experiment by selecting a sequence of pre-written functional steps to control temperature and collect data—and no programming required.

COOLING

Cooling power goes beyond one number. We offer a comprehensive view of cooling power against heat load, so you can ascertain the baseline temperature possible with your sample. For example, with Infinite Helium Plus and an ST-500, you can cool to as low as 3.2 K. Or, with an ST‑400, you can attain temperatures as low as 2 K. Infinite Helium Plus can generate up to 1 L LHe/h.

FREE DOWNLOAD

The Beginner’s Guide to Cryostats and Cryocoolers

The ultimate guide for scientists, students, and lab technicians who are new to cryogenic systems operating between 1.5 and 300 K

Get the guide
Get the beginner's guide to cryostats

TYPICALLY BREAK EVEN WITHIN 2 TO 4 YEARS

Users typically break even within 2 to 4 years (depending on helium consumption). Save money in the long term with Infinite Helium and eliminate struggles with helium sourcing.

Speak to our sales team about possible trade‑in options for your existing Lake Shore RGC.

Typically break even in 2 to 4 years

Interested in Infinite Helium? Tell us about your application or request a quote today!