Key features
- Provides a stable cryogenic environment in the temperature range of approximately 0.5–1 Kelvin for quantum applications and low-temperature research.
- The side-loading design allows for quick and convenient installation, replacement, and expansion of high-density wiring.
- Supports low-noise RF/DC signal transmission, suitable for sensitive quantum and cryogenic measurements.
- Integrates cryostat, pulse tube cryocooler, and measurement infrastructure into a synchronized platform.
- Large experimental space, suitable for complex setups with high thermal loads and a large number of signal lines.
- Supports integration of superconducting magnets, optical access, and various flexible experimental wiring configurations.
- Designed to reduce vibration and mechanical noise to ensure high stability for quantum experiments.
- Capable of upgrading to a dilution refrigerator system for future applications requiring milli-Kelvin temperatures.
Detailed description
- The Bluefors XLDHesl Measurement System is a 1K side-loading cryogenic measurement system designed for quantum research applications and low-temperature measurements that require large laboratory space and high-density wiring infrastructure. The system creates a stable temperature environment in the range of approximately 0.5–1 Kelvin using helium cooling technology combined with a pulse tube cryocooler and a high-performance cryostat.
- The highlight of the XLDHesl is the side-loading design that allows for flexible installation, replacement, and expansion of cryogenic wiring without the need to disassemble the entire system structure. This architecture is particularly suitable for large-scale quantum experiments with a high number of RF/DC signal lines and complex measurement configurations.
- The device integrates a cryostat, Gas Handling System, and measurement infrastructure into a synchronized platform, supporting low-noise RF/DC measurements for spin qubit applications, cryogenic detectors, superconducting electronics, and quantum material research. The large laboratory space allows for the integration of multiple devices, superconducting magnets, and specialized experimental wiring configurations.
- The system is optimized to reduce vibration and mechanical noise to ensure stability for sensitive cryogenic measurements. Additionally, the XLDHesl platform supports the capability to upgrade to a dilution refrigerator system in the future, meeting the expansion needs for applications requiring milli-Kelvin temperatures.