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Note: We advise our customers to first purchase and built the magnet motor successfully first before purchasing the Generator to couple with the magnet motor, this is because some fail to successfully construct the magnet motor, see the magnet motor at the end of this page.

Designing a functional magnet motor requires careful planning and the precise selection of magnets, as not all magnets are suitable for this application. It is important to note that this device is not a perpetual motion machine; instead, it relies on strategically positioned stationary magnets that generate repulsive forces to sustain continuous motion.

Key Operational Principles Two fundamental principles must be mastered and tested through experimentation for the magnet motor to function effectively:

Overcoming the Dead Center: This refers to the critical point where the rotating magnets tend to stop due to balanced magnetic forces. A successful design must include a method to manipulate this “dead center” so that the rotating magnets can pass smoothly without resistance. Repelling Stationary Magnets: Stationary magnets provide the essential repulsive force. These magnets must be magnetized diagonally, as conventional magnetization does not produce the necessary repulsion.

Additional Design Considerations

Dual Rotors: Employ two identical discs, each with an equal number of magnets, operating independently but in synchrony to enhance motion stability. Momentum Magnets: Each disc should include one large magnet to maintain centrifugal force and consistent rotational momentum. Material Selection: Discs constructed from Teflon, stainless steel, or aluminum provide optimal durability and performance.

Demonstration Setup In the demonstration video, each stainless steel disc is equipped with:

One large magnet Ten diagonally magnetized small magnets One diagonally magnetized repelling magnet Both discs rotate in a coordinated, symbiotic manner, generating continuous motion. Practical Applications and Guidance When properly scaled, this magnet motor system can be applied in various practical scenarios. We encourage enthusiasts to attempt building their own units. For further information or assistance, contact us via contact page.Many have successfully constructed this system, while others have encountered difficulties due to incorrect magnet selection or failure to adhere strictly to the construction manual.

IntroducingGlyms Industries Ltd Magnetic Power Generator.

Glyms Industries Ltd is proud to share a breakthrough project— a magnetically assisted power generator designed for clean, smooth, and efficient electricity production.

How it Works

A rotor fitted with 10 powerful customized magnets spins freely.

Two fixed magnets create strong magnetic repulsion that helps drive the rotation.

The spinning disc connects to an AC alternator through a belt and pulley.

The system generates stable AC power suitable for home and small workshop use.

Key Advantages

Clean and quiet operation

Reduced mechanical load

Low maintenance

Ideal for homes, rural/off-grid areas, and R&D setups

Purpose

This innovation aims to support energy reliability, especially where grid power is unstable. It’s part of our commitment to practical engineering solutions and renewable-energy development.

More updates, photos, and demo videos coming soon. Keep in touch with our website updates.

Read more details here: https://us.docworkspace.com/d/sIFLgmNwJ8eLByQY?sa=601.1074

#Innovation #Engineering #MagneticGenerator #RenewableEnergy #GlymsIndustries