Safety Tips
- Meet in a safe, public place
- Check the item before buying
- Pay only after collecting the item
Description
High-torque 2-phase hybrid stepper motors are a preferred choice for precision motion control in automation and CNC applications where accuracy, stability, and repeatability are critical. Featuring a 1.8° step angle, these motors deliver precise positioning with 200 full steps per revolution, making them ideal for systems that demand consistent and controlled movement.
With a wide torque range from 0.24 Nm to 19 Nm, these stepper motors can be used in both light-duty and heavy-duty applications. Smaller torque models are well suited for compact automation equipment, while higher torque variants easily handle demanding CNC axes, rotary tables, and material handling mechanisms. The availability of NEMA 17 to NEMA 42 frame sizes allows seamless integration into various machine designs and space constraints.
Hybrid stepper motor construction combines the best features of permanent magnet and variable reluctance technologies. This design ensures high torque density, excellent holding torque, and reliable performance even at low speeds. Advanced magnetic circuit design and precision manufacturing help reduce torque ripple, resulting in low vibration and minimal noise during operation. This smooth motion is especially beneficial in CNC machines, where surface finish quality and positional accuracy are essential.
These motors are compatible with modern microstepping drives, further enhancing smoothness and resolution while minimizing mechanical stress. They also offer robust thermal performance, enabling continuous operation without loss of efficiency. Durable bearings and high-quality insulation contribute to long service life and reduced maintenance requirements.
Widely used in CNC machines, robotic systems, packaging equipment, and industrial automation, high-torque 2-phase hybrid stepper motors provide an excellent balance of precision, power, reliability, and quiet operation, making them a dependable solution for advanced motion control applications.
With a wide torque range from 0.24 Nm to 19 Nm, these stepper motors can be used in both light-duty and heavy-duty applications. Smaller torque models are well suited for compact automation equipment, while higher torque variants easily handle demanding CNC axes, rotary tables, and material handling mechanisms. The availability of NEMA 17 to NEMA 42 frame sizes allows seamless integration into various machine designs and space constraints.
Hybrid stepper motor construction combines the best features of permanent magnet and variable reluctance technologies. This design ensures high torque density, excellent holding torque, and reliable performance even at low speeds. Advanced magnetic circuit design and precision manufacturing help reduce torque ripple, resulting in low vibration and minimal noise during operation. This smooth motion is especially beneficial in CNC machines, where surface finish quality and positional accuracy are essential.
These motors are compatible with modern microstepping drives, further enhancing smoothness and resolution while minimizing mechanical stress. They also offer robust thermal performance, enabling continuous operation without loss of efficiency. Durable bearings and high-quality insulation contribute to long service life and reduced maintenance requirements.
Widely used in CNC machines, robotic systems, packaging equipment, and industrial automation, high-torque 2-phase hybrid stepper motors provide an excellent balance of precision, power, reliability, and quiet operation, making them a dependable solution for advanced motion control applications.
Location
Bengaluru Urban, Karnataka