Vector Magnets

Magnets

Integrated, cryogen-free, superconducting two- and three-axis vector magnets up to 9 Tesla.

We offer two- and three-axis vector magnets up to 9 Tesla on the Z-axis with various bore sizes. Many different configurations are available depending on your experimental requirements — for example, incorporation of field compensated regions, increased field homogeneity, fitting a persistent mode switch, low field drift rates, and optical access.

Product Highlights

1.0

Vector Magnets

Magnets

Configurable Magnetic Field

Vector magnets enable magnetic fields to be rotated on two or three axes in relation to the sample.

Installation Without Soldering

Screw terminals for current leads enable fast and simple magnet installation and removal without soldering.

Effective Heat Transfer

Connection to the 4K Flange with a high thermal conductivity tube, which ensures effective heat transfer with a low thermal gradient.

Power Supply Quick Connection Rail

A quick connection rail for the power supply at room temperature enables easy connection of magnets to the power supply.

Magnet Temperature Monitoring

Temperature monitoring of magnets is possible through the fully integrated Bluefors Temperature Controller. A sensor on the magnet relays diagnostics to the Temperature Controller for automated monitoring.

Learn more about Temperature Controller

Persistent Mode Switch

A persistent mode switch is offered as an option for our Vector Magnets. With the persistent mode, the magnetic field has higher stability and persists without continuous current supply to the magnet from an external power supply.

Learn more about the Persistent Mode Switch

Integrated Options to Suit Experimental Needs

To suit various experimental needs, we have designed different kinds of magnet configurations with integrated options for the magnet solutions.

Services

Total System Care

Total System Care enables you to focus on your own work – doing research and measurements. The service ensures that systems operate at the best possible performance level and with maximal uptime, without users needing to spend time maintaining the systems themselves.

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Technical Specifications

2.0

Vector Magnets

Magnets

3D Vector Magnet Models

76 mm bore (~68 mm sample space). Note: Only for the XLDsl system.

76 mm bore (~68 mm sample space)
96 mm bore (~88 mm sample space) Compensated available.

76 mm bore (~68 mm sample space)

96 mm bore (~88 mm sample space). Compensated, low field drift rate, and full field available.

96 mm bore (~88 mm sample space). Low field drift rate available.

96 mm bore (~88 mm sample space). Note: Only for the XLDsl system.

105 mm T bore: (~95 mm sample space)

130 mm bore (~118 mm sample space)

3D Vector Magnet Models with Radial Optical Access

96 mm bore (~88 mm sample space)

76 mm bore (~68 mm sample space)

96 mm bore (~88 mm sample space)

*ROA – radial optical access

2D Vector Magnet Models

76 mm bore (~68 mm sample space)

Magnet package

A full magnet package typically includes:

High current leads (copper/HTS)
Superconducting magnet with diode quench protection
Magnet temperature sensor + readout
High-conductivity 4K interface tube
Still radiation shield with tail to fit magnet
3-section vacuum cans and radiation shields
Two-axis or three-axis power supply
Full magnet test at Bluefors.

Options

3.0

Vector Magnets

Magnets

Technical Requirements

4.0

Vector Magnets

Magnets

Services

Customer Care

We support our customers throughout the lifetime of their system, providing dedicated care to find solutions for any issues. Our technicians and engineers are ready to help you wherever you are located, with prompt service delivered either remotely or on-site.

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Get in touch with us.

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Bluefors Systems

Options for an existing Bluefors System

Cryomech Systems

Accessories for an existing Cryomech System

Total System Care

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Vector Magnets

Magnets