Medical Equipment Motor 1000RPM 187W 36V Brushless Motor KG-2830L36

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Our Adventage

1.With the best after-sale service to satisfy every customer.

2.With the good principle "quality and reputation always come first".

3.With the professional technical guidance and strong development ability.

4.With Advanced automatic machine and production line for ensure the high efficiency, excellent quality and favorable cost.

5.Our company is specialized in the production of motor with its own factory with 8 years of production experience.

Our company specialized in manufacturing in various of Universal motor, DC motor, Induction motor and Brushless motor that are widely applied to household appliances, intelligent home, electric tools, medical equipment etc.

6.Our products are widely applied in household appliances, office equipment, health-care and beauty-care facilities, medical equipment, toys, electronic tools, electronic commodities, automobile parts and automatic systems as well. We have professional teams working on R&D and QC. We also have adequate production facilities and advanced testing equipment, maintaining our quality managing system and advanced technology in motor industry. We have very good reputations from our customers.

Product Adventage

Brushless motors also have obvious advantages in terms of reliability and controllability.

Thanks to its electronic commutation system, the speed and position of the motor can be precisely controlled, thus achieving higher control accuracy and response speed.

This makes brushless motors widely used in areas that require precise positioning and speed control, such as robotics and CNC machine tools.

In addition, the brushless motor is designed to be more robust and capable of stable operation under harsh environmental conditions, further improving the reliability of the system.

Brushless motors have higher reliability and longer service life due to their design without mechanical reversing parts.

Electronic commutators in brushless motors allow for more precise control and are not affected by mechanical wear.

This design not only improves the reliability of the motor, but also reduces the downtime caused by component failure, which has obvious advantages in applications requiring high reliability, such as medical equipment and precision instruments