MagPower™

Next-Generation Transformers for an Electrified World 

magpad dynamic wireless charger

Innovative Magment Technology:
Magnetizable Concrete and Asphalt for the Future of Power

At Magment, we are pioneering the future of contactless charging with our revolutionary magnetizable concrete and asphalt products. Engineered with recycled ferrite materials, our solutions provide an efficient, durable, and sustainable approach to power transformation and contactless charging infrastructure.

MagCharge

MagCharge is your future to Contactless Charging

Efficient Power Transformation for Warehouses, Data Centers, Roads, and Beyond.

Powering a Smarter Future Across Industries

Magment’s advanced technologies—MagPower for efficient power transmission and MagCharge for seamless wireless charging—are transforming the way we power critical infrastructure. From roadways and data centers to warehouses and micromobility, Magment delivers sustainable, innovative solutions that meet the unique energy demands of today’s world. 

Scooter
Charging

WIRELESS

Empowering Urban Mobility with Convenient Scooter Charging.

Floor
Electrification

WIRELESS

Delivering Reliable, Compact Power for Seamless operations. 

Road
Electrification

WIRELESS & TRANSFORMERS

Powering the Future of Mobility with Sustainable Roadside Charging.

Warehouse/Data Center Electrification

WIRELESS & TRANSFORMERS

Power Transformation for Uninterrupted Performance.

News

Magment Team Publishes New White Paper on Magnetizable Concrete Advancements

Magment team has officially released a new white paper titled “Magnetizable Concrete – Closing the Gap to Ferrites”, presenting the company’s latest research and …

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Magment Develops Advanced High-Frequency Magnetic Loss Measurement and Predictive Modeling Platform

Magment GmbH has developed an advanced high-frequency magnetic loss measurement system designed to improve the characterization, validation, and quality control of magnetic materials for …

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Uniform Magnetic Properties from Lab Scale to Megawatt Systems

A persistent challenge in magnetic materials engineering is maintaining consistent properties when transitioning from laboratory samples to full-scale systems. Typically, geometric scaling introduces deviations …

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