We build advanced measurement systems and software for spintronics, magnetic materials, and cutting-edge electronic prototypes.
Explore SystemsEstablished by researchers from the Spin Electronics team at AGH University, Microspin Technologies bridges the gap between complex physics and industrial application.
Our automation software and mechanical systems extract key parameters—magnetization, anisotropy energy, and magnetic damping—with unprecedented accuracy and speed.
Years R&D
Broadband
Precision
Hardware and software solutions designed for rigorous laboratory environments and continuous R&D.
State-of-the-art Ferromagnetic Resonance system optimized for thin films and magnetic tunnel junctions (MTJs). Extracts Gilbert damping and magnetic anisotropy.
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Advanced station for Spin-Torque FMR and harmonic Hall voltage measurements. Features precise sample rotation in arbitrary magnetic field angles.
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Integrates complex transport measurements (Hall effect, magnetoresistance) with magneto-optical Kerr effect (MOKE) microscopy.
Learn More →Leverage our academic and industrial expertise for your custom characterization needs.
Deep analysis including Magnetotransport Measurements (AMR, PHE, AHE) and full FMR Spectroscopy data extraction.
Strategic advice on experimental design, complex data interpretation, and development of custom spintronic measurement topologies.
Supply of high-quality prepatterned substrates and tailored micro-waveguides to accelerate your microdevice fabrication.
Meet the minds driving innovation at Microspin Technologies.
CEO & Co-Founder
Expert in spintronics research, experimental physics, and high-frequency measurement techniques. Bridging the gap between academic findings and practical technologies.
CTO & Co-Founder
Expert in the design and implementation of measurement system software and data analysis, specializing in new magnetic materials for spintronics.
Reach out to discuss customized setups, software licenses, or specific measurement challenges.
Centrum Energetyki AGH
ul. Czarnowiejska 36, lok. C5/017
30-054 Kraków, Poland
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