O R H O N T SOLUTIONS
Rethinking the Foundations of Electric Machines
Conventional electric machines—such as motors and generators—are built around two main components: the stator (stationary) and the rotor (rotating), separated by a small air gap. This gap allows the rotor to spin freely within the stator, a motion typically supported by ball bearings mounted on either side of the machine. The stator is fixed to the stationary rings of the bearings, while the rotor is attached to the rotating rings.
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At ORHONT MAGNETICS, we’ve developed a revolutionary concept: the Gapless Rolling Electric Machine. This innovative design can eliminate the need for traditional ball bearings and gearboxes, addressing the core vulnerabilities of conventional machines.
By removing these mechanical limitations, our technology offers:
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Higher reliability and durability
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Reduced maintenance requirements
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Lower noise and vibration
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Compact and lightweight design
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Improved energy efficiency
This breakthrough not only enhances performance but also opens the door to new possibilities in electric propulsion and motion systems across industries.
GAPLESS ROLLING ELECTRIC MOTOR
The successful implementation of this innovative motor in real-world applications could lead to substantial energy savings and contribute to the development of more efficient and sustainable electrical systems.
GAPLESS ROLLING ELECTRIC MOTOR WITH MULTIPLE DEGREES OF MECHANICAL FREEDOM
With more freedom of movement, the motor could potentially be utilized in a wider range of systems, providing greater flexibility and versatility.