When precision and reliability matter, Lake Shore Cryotronics temperature sensors are in a league of their own. Specifically engineered for cryogenic and low-temperature environments, they’re trusted worldwide in research, aerospace, and quantum computing. In the UK and Ireland, these high-performance sensors are available exclusively through Quantum Design UK and Ireland (QDUKI)—your only authorised source for genuine Lake Shore technology.
Sensor Options Built for Precision:
Platinum Resistance Thermometers (PRTs)
- The best for INDUSTRY
- Lake Shore’s Sensor Offering – a comprehensive guide
- OUR OPINION: The best temperature monitor line for industry
Lake Shore’s PT-100 platinum sensors bridge cryogenic and industrial ranges—from around 14 K up to 873 K. They adhere to ISO standard curves, offer stable sensitivity and repeatability above ~70 K, and can tolerate ionising radiation and moderate magnetic fields with acceptable accuracy. They are available in calibrated or uncalibrated versions, offering flexibility in price vs. performance trade-offs.
Cernox® Thin Film RTDs
Ideal for cryogenic research, Cernox sensors provide high-resolution, stable temperature readings across a broad range. Immune to magnetic field offsets and radiation damage, they’re perfect for use in cryostats and magnet-based experiments.
Silicon Diodes
Offering accuracy from 1.4 K to 500 K, these sensors are interchangeable thanks to their standard curve behaviour. While highly effective below 30 K, they are less suitable for strong magnetic fields or radiation environments.
GaAlAs Diodes
Optimised for use in magnetic fields up to ~5 T, GaAlAs sensors offer high sensitivity at low temperatures. Though not as interchangeable as silicon diodes, they perform well in systems where temperatures may reach up to 420 K.
Rox™ Ruthenium Oxide RTDs
Best suited for ultra-low temperatures (~20 mK and up), Rox sensors offer excellent sensitivity near liquid helium. Some susceptibility to magnetic fields and radiation may require compensation.
Why Choose Lake Shore Over Cheaper Alternatives?
- Superior Long-Term Stability – Ideal for drift-sensitive experiments.
- Magnetic & Radiation Resilience – Critical for harsh environments.
- Calibration Flexibility – Options like SoftCal™ and CalCurve™ enhance accuracy.
- Form Factor Versatility – From micro-packages to rugged sealed sensors.
In conclusion, while cheaper sensors may save money upfront, only Lake Shore Cryotronics—exclusively from QDUKI—delivers the performance, reliability, and precision essential for advanced applications.
