CRYONANO
THINK SCIENCE
EMC2T : 2 Tesla Variable Gap C‑Frame Electromagnet
The CRYONANO 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.
Features
The system features a precision-machined U-frame that provides a stable magnetic circuit, paired with high-quality coils engineered for efficient field generation and thermal reliability. Interchangeable pole caps shape and optimize the magnetic field at the sample region, while the integrated pole adjuster allows smooth and accurate control of the pole gap to suit different experimental setups. Clearly defined electrical and sensor connections enable safe power delivery and field monitoring for repeatable operation. Mounted on a mobile base for easy positioning, the EMC2T combines structural rigidity, precise adjustability, and user-friendly integration ; making it a dependable platform for advanced magnetic, low-temperature, and magneto-optical research applications.
This schematic highlights the robust mechanical and functional design of the EMC2T C-frame electromagnet.
General Specifications
Applications
Designed for precision cryogenic and quantum mesurements
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
Supports electrical, optical, and transport measurements under applied magnetic fields..
Electromagnet Field Excitation Plot
This field uniformity profile highlights the EMC2T electromagnet’s ability to maintain a highly stable magnetic field across the usable pole region. The graph shows that the field remains nearly constant around the center of the gap, with only minor variation as the measurement position moves away from the midpoint. This high degree of uniformity ensures that samples experience a consistent magnetic environment, which is critical for accurate and repeatable results in precision experiments.
By minimizing spatial field variations, the EMC2T supports reliable Hall measurements, magnetic susceptibility studies, magneto-transport, magneto-optical experiments, and other applications where field homogeneity directly impacts data quality. The result is greater experimental confidence, improved reproducibility, and more dependable research outcomes.
Benefits
.png)
Enables high-field experiments in space-constrained laboratories
Delivers up to 2 Tesla in a compact footprint, allowing advanced magnetic research without requiring large dedicated facilities.
Simplifies integration with cryostats and low-temperature setups
Adjustable pole gaps and optical access make it easy to couple with cryostat tails and specialized low-temperature measurement systems.
Provides stable, repeatable magnetic fields for precision measurements
The four quadrant power supply ensures smooth polarity reversal and low ripple, enabling highly accurate and reproducible data.
Supports a wide range of magneto-electrical and magneto-optical techniques
Suitable for Hall effect, magneto-resistance, magneto-optical, and magnetic resonance experiments across research domains.
.webp)
Reduces thermal limitations through efficient water cooling
Water-cooled copper coils allow continuous high-current operation while maintaining safe operating temperatures.