PATENT INDUCED ARTIFICIAL MAGNETIC UNIPOLARITY.

brand/patent Specifications

Induced Artificial Magnetic Unipolarity: Neodymium Shields and Magnetic Flywheel with Unipolar Repulsion This patent presents a patented technological innovation with great market potential. The patent concerns Artificial Magnetic Unipolarity and its use in Neodymium Shields and Magnetic Flywheel. This discovery could represent a breakthrough in the field of energy and mechanics, enabling innovative and highly efficient applications.

MINCIPAL FEATURES:

• Unipolarity; Artificial Magnetic Neodymium: Unique magnet geometry that guarantees unique functionality and prevents unauthorised replication.
• Magnetic Flywheel: Central rotor with unipolar and repulsor magnets generating a physical phenomenon called Magnetic Frequency, improving energy efficiency by up to 80%.

INDUSTRIAL APPLICATIONS:

• Possibility of use in electric motors, generators, aerospace, automotive and many other sectors.

COMPETITIVE ADVANTAGES:

• Absence of direct competition: No similar solutions patented or available on the market.
• Low cost of production: Readily available materials and low implementation costs.
• Full patent protection: Extensive coverage of materials used and geometric shapes of magnets, making the patent unassailable.

LABORATORY CERTIFICATIONS: All data have been verified and certified by experimental tests.

SECTORS OF APPLICATION: Power generators, generator sets, automotive, aerospace, marine, rail, military, drones, earthmoving, healthcare, construction, microtechnology and many others. Versatility and compatibility: Technology designed to improve the performance of existing systems, without the need for radical replacement.

TOTAL PROTECTION: The complexity of patent protection makes it impossible to register competing alternatives. The acquisition of this patent offers an unprecedented competitive advantage for companies and investors. We are available for technical and economic insights and to assess the best collaboration opportunities.