CRYONANO
EMC2T — 2 Tesla Variable Gap C‑Frame Electromagnet
The EMC2T is a compact 2 Tesla variable-gap C‑frame dipole electromagnet engineered for laboratory-scale magnetic field experiments. Featuring water‑cooled coils and a wide, adjustable pole gap, it enables stable, high-field operation while accommodating cryostats and auxiliary experimental hardware.
Designed for low‑temperature research and precision magneto‑electronic studies, the EMC2T delivers reliable field generation for a broad range of condensed‑matter and spin‑based experiments.
Key Features
2 Tesla Field Strength
Generates stable magnetic fields up to 2 T for demanding laboratory experiments.
Variable Pole Gap
Adjustable gap accommodates samples, cryostats, and optical access requirements.
C‑Frame Dipole
Geometry
Open mechanical design allows easy sample access and integration of ancillary equipment.
Water‑Cooled Coils
Efficient thermal management enables continuous operation at high fields.
Compact Footprint
Optimized for small‑scale laboratory environments without compromising performance.
USB Control & Automation
Wide Experimental Compatibility
Supports electrical, optical, and transport measurements under applied magnetic fields.
Benefits
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Enables high‑field experiments in Espace‑constrained laboratories
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Reduces setup errors and wiring complexity in multi‑device experiment
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Protects sensitive devices from ESD and external interference
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Accelerates experimental reconfiguration and troubleshooting
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Scales naturally from transport measurements to quantum processor wiring