A New Superconducting Magnet Measurement System with Open Architecture

Oxford Instruments NanoScience has introduced TeslatronPT Plus, a next-generation low-temperature superconducting magnet measurement system designed for fundamental materials physics. With its open, scalable architecture and automated environment control, researchers can conduct high-precision measurements with minimal setup time.

Key Features of TeslatronPT Plus

• Open Architecture – Unlike closed "black-box" systems, TeslatronPT Plus allows flexible third-party integrations.
• Remote Access – Browser-based OS-independent control for convenience.
• Advanced Measurement Capabilities – Supports low/high resistance measurements, Hall effect (Hall bar and van der Pauw geometries), and I-V characterization.
• Automated Environment Control – Ensures precise cryogenic conditions using oi.DECS cross-platform control software.
• Python & QCoDeS Support – Researchers can develop custom measurement solutions using open-source software.
• Integrated Lake Shore Instrumentation – Features the M81 Synchronous Source Measure System and M91 FastHall™ Measurement Controller for advanced electrical transport analysis.

TeslatronPT Plus provides a modular, future-proof solution for researchers needing high-performance, adaptable measurement tools.