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1625 mini size DC planetary gear motor
Model No: XBD-1625 Gear motor
The 1625 mini size DC planetary gear motor is a high-performance motor designed with a planetary gear system. This motor is characterized by its small size, which makes it suitable for a wide range of applications where space is limited.
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High Torque Coreless BLDC Motor Alternative For Maxon Motor Fast Response Coreless Brushless Motor 4588
Model NO: XBD-4588
Long lifespan: the innovative design of the XBD-4588 Coreless Brushless DC Motor reduces wear and tear, increasing its operational lifespan and reducing maintenance costs.
Versatile: the XBD-4588 Coreless Brushless DC Motor is suitable for use in an array of applications, from robotics to automotive and aerospace applications, due to its compact size, high power-to-weight ratio, and excellent performance.
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Brushless DC Motor With Gearbox High Quality High Torque For Medical Equipment XBD-3270
Model NO: XBD-3270
Coreless design: The motor utilizes a coreless construction, which provides a smoother rotational experience and reduces the risk of cogging. This results in improved efficiency and reduced noise levels.
Brushless construction: The motor operates using a brushless design, which eliminates brushes and commutators. This not only improves efficiency but also increases the longevity of the motor.
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17mm coreless motor with gearbox electric tool motor for dental equipment XBD-1725
Model NO: XBD-1725
Compact size, suitable for applications with limited space.
Highly efficient planetary gear system provides stable and precise output.
Low noise and vibration during operation, resulting in a quieter and more comfortable environment.
Widely used in various equipment and machinery, including robots, medical equipment, and office automation. -
22mm High Torque Coreless Gearbox Motor For Automation Eqiupment XBD-2230
Model NO: XBD-2230
High efficiency: Has high-efficiency power output, which can reduce the high speed of the motor to a lower speed suitable for driving the load equipment, thereby achieving more efficient energy utilization.
Stability: Widely used in industrial applications and has a very stable operation due to its mechanical transmission structure and precise assembly process.
High precision: Has a relatively large reduction ratio, and the output torque is very stable, which is unmatched by other reduction devices in terms of layout accuracy.
