An Integrated Cryofree® Superconducting Magnet System

TeslatronPT

TeslatronPT provides a flexible, multipurpose platform for low temperature and magnetic field experiments. The wide range of different experimental inserts enables you to configure your measurement platform for advanced applications, such as 2D materials, nanostructures and superconducting devices.

TeslatronPT is continuously upgradeable, not only by adding new inserts including ³He and dilution refrigerator for lower temperatures down to 25 mK, but also by adding the enhanced measurement and control capabilities to bring up to our TeslatronPT Plus open architecture measurement standard. This means that your funding investment is protected for the long term, and your system can adapt, extend and grow with your research programme and funding.

Electrical Transport Measurements

High magnetic fields and low temperatures for hall effect and quantum hall effect measurements.

Low Dimensional Physics

Investigate the effect of low temperature and high field on low dimensional materials; nanowires, nanotubes, quantum dots and 2D electron gases.

Spintronics

Spin processing and data storage studies using high magnetic fields and low temperatures.

Features

Magnetic Field Options: 8 T, 12 T, 14 T and 6/1/1 T Vector Rotation
Sample Space Diameter: 50 mm
Temperature Range: 1.5 to 300 K
Temperature Stability: ±50 mK
Sample Cooldown: <2h from room temperature to <2K for basic probe loaded into cold VTI

Why Choose TeslatronPT

Integrated variable temperature insert (VTI) with static exchange gas around the sample, providing sample temperatures between 1.5 and 300 K while operating the magnet
Large 50 mm sample space to accommodate everything from material samples to devices
Exchange gas cooling means that the sample space is physically separate from the VTI cooling circuit, avoiding the risk of contamination or the need for load lock mechanisms
Wide range of standard magnets with fields up to 14 T with vector magnet geometries available
Fine filament Nb₃Sn superconducting wire offers the minimum field hysteresis via remnant field, and reduces flux jumping at low fields
Lower temperature inserts available, down to 25 mK
Low-noise, ESD-protected signal chain, including measurement probes and breakout boxes

NEW Control Electronics and Control Software

The TeslatronPT now ships with an updated set of control electronics and our cross-product cryostat control software, DECS. The system performs to the same specification while introducing a modern, unified control platform for improved usability, remote access, and future expandability.

NEW Control Electronics

IPS3 Superconducting Magnet Power Supply

High performance, safe superconducting magnet operation: Our new magnet power supply, IPS3, delivers precise four-quadrant control up to ±120 A per unit, with integrated quench protection and intuitive control for both single- and multi-axis superconducting magnets.
Rapid, precise temperature control: The Lake Shore 346 provides precise, temperature monitoring across multiple sensor inputs, making it well suited to demanding cryogenic experiments.
Integrated cryostat management: Our central control unit brings together temperature and magnetic field control, as well as other cryostat components, providing users with one convenient point of control for the complete system.

NEW Control Software, DECS

Remote Control & Access: Monitor and control your system from anywhere via the DECS remote interface. Apart from gas handling and sample exchange, there is no need to be physically present for routine operations.
Single API for System Integration: One unified API controls the entire system. No need to implement separate drivers for each instrument.
Automatic Logging & Live Dashboards: Included as standard for data capture, remote monitoring, historical system data, service, and diagnostics.
Proven & Supported Platform: A common DECS platform across the product family (TeslatronPT Plus and Proteox) means consistent support, familiar operation, and long term continuity.

Built to Grow With You

Add more capabilities whenever you need them:

Add HelioxVT Capability at Any Time: The integrated DECS software control module makes HelioxVT system integration straightforward: the necessary control infrastructure is already in place.
Add Measurement Capability at Any Time: The platform is already prepared for full instrumentation integration. Add a measurement rack whenever your research requires it.

We offer a range of flexible measurement and automation upgrades tailored to your needs, including options suitable for smaller research budgets.

For our integrated open architecture measurement system, visit our TeslatronPT Plus page.

To learn more:

Contact Our Sales Team

Accessories

Breakout Boxes Sample Probes and Holders

Breakout Boxes

Breakout boxes are a critical element of the signal chain for electrical transport measurements, offering a reliable interface to manage multiple electrical signals with minimal noise and interference. Our IsoSwitch, MultiSwitch, and SampleProtect breakout boxes ensure signal integrity, with versatile grounding options.

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Sample Probes and Holders

Low-noise, ESD-protected Universal Measurement Probe, electrically isolated from cryostat
Shielded twisted pairs with additional driven-guard triax option
Standard LCC20, LCC40, DIL16 sample holders, parallel or perpendicular to the magnetic field
Sample-in-gas and sample-in vacuum options
Basic probe option for user adaptation