phase stepper motor

24HC Series: Engineered for stability and reduced heat generation, Smooth Motor's 24HC series provides exceptional performance for industries requiring consistent and smooth torque output. These 3-phase stepper motors, featuring higher inductance, excel in applications like packaging machinery and medical equipment. With improved thermal management, the 24HC series can handle continuous operation without overheating, ensuring reliable performance in critical production environments. These motors guarantee precision and stability, making them an excellent choice for industries that require sustained and robust performance in their automation systems.

NEMA 11 stepper motor's higher torque capacity enables it to handle more substantial loads while maintaining excellent control resolution, making it a popular choice in a wide range of industries. Whether you're working with CNC machines, medical equipment, or camera platforms, the NEMA 11 motor delivers the power and stability you need for your project's success.One of the standout features of this motor is its optimal inductance, which contributes to its exceptional dynamic response. This characteristic makes the NEMA 11 perfect for tasks that require frequent direction changes, ensuring smooth and precise movements at all times.When you integrate the NEMA 11 stepper motor into your project, you can be confident in its ability to provide optimal performance and reliability. Its moderate inductance and current ratings ensure efficient and stable operation, making it a reliable choice for various automation tasks that demand precision and consistency.

The NEMA 16 stepper motor stands out for its robust performance and reliability, making it perfect for mid-sized applications such as 3D printing and surveillance systems. This motor's increased torque capabilities enable smoother and more precise motion control, ensuring consistent and predictable results for demanding tasks. Its optimized inductance reduces heating during extended operation, ensuring enhanced system stability. With a frame size of 39mm, the NEMA 16 motor is ideal for applications requiring higher torque and performance, including robotics, automation, and advanced motion control systems. Moreover, its improved torque and inductance characteristics make it capable of handling varying voltage and current levels efficiently, providing a stable and accurate motion control solution even under challenging conditions.

Two-phase hybrid stepper motor is an open-loop control motor that converts electrical pulse signal into angular displacement or linear displacement. It is the main executive element in modern digital program control system and is widely used.1, high resolution (generally more step Angle 1.8°) and is widely used.2. Turn huge.3. Comparison with multi-phase hybrid stepper motor. Driving power tube quantity is large, but the price is cheap.

1, high resolution (generally more step Angle 1.8°) and is widely used.2. Turn huge.3. Comparison with multi-phase hybrid stepper motor. Driving power tube quantity is large, but the price is cheap.

1, high resolution (generally more step Angle 1.8°) and is widely used.2. Turn huge.3. Comparison with multi-phase hybrid stepper motor. Driving power tube quantity is large, but the price is cheap.

The 34HF series of 5-phase hybrid stepper motors is the powerhouse of the Smooth Motor lineup. With a step angle of 0.72 degrees, these motors provide precise control and smooth movement, making them ideal for high-precision equipment, robotics, and semiconductor manufacturing.Thanks to their larger size, the 34HF motors offer substantial torque output, ensuring optimal performance even under heavy loads. The 5-phase configuration ensures stable torque delivery and reduces resonance, enhancing overall system stability. Additionally, the 34HF series can be tailored to specific application requirements, allowing users to fine-tune torque, speed, and other critical parameters.

Two-phase hybrid stepper motor is an open-loop control motor that converts electrical pulse signal into angular displacement or linear displacement. It is the main executive element in modern digital program control system and is widely used.1, high resolution (generally more step Angle 1.8°) and is widely used.2. Turn huge.3. Comparison with multi-phase hybrid stepper motor. Driving power tube quantity is large, but the price is cheap.

The production steps of SMOOTH  are minimized.

The product is durable and has a good performance, which has been approved by the international quality certificates.

Large factory and enough well-trained workers can add up to completely guarantee on-time delivery for 5 phase stepper motor driver.