High-Quality Magnet Material:
Highlight the use of premium magnetic materials in the rotor assembly, ensuring strong magnetic properties and durability.
Efficient Magnetic Strength:
Emphasize the rotor assembly’s ability to generate a powerful magnetic field, which is crucial for various applications such as electric motors, generators, and magnetic bearings.
Precision Engineering:
Highlight the precision engineering and manufacturing processes used to create the rotor assembly, ensuring optimal performance and reliability.
Versatility:
Explain the versatility of the rotor assembly magnet, detailing the different applications and industries it can serve, including automotive, aerospace, medical, and renewable energy.
Compact Design:
If applicable, highlight the compact size of the rotor assembly magnet, making it suitable for integration into various systems and machinery.
Temperature Resistance:
If the rotor assembly magnet is designed to withstand high temperatures, emphasize this feature, as it can be crucial for applications where heat is a concern.
Longevity and Reliability:
Assure customers of the rotor assembly magnet’s long service life and reliability, backed by quality materials and manufacturing standards.

Regular Booster Gear 4 (15T)
Regular Booster Gear 1 (21T) close Gear 





