Your Leading Stepper Motor Supplier

 

We power innovation in automation. Specializing in servo, stepper, and BLDC technologies, we provide high-performance motors, drives, and integrated systems for the world's most dynamic industries.

 

Our journey from being a specialist team for over ten years to becoming a reputable developer and producer has been characterized by technological foresight and strategic expansion. With our new brand, Syncore Motion, we hope to further our technological advancements in the AI and humanoid robots era and provide even more effective global customer service.

 

 
  • 2 Phase Hybrid Stepper Driver
    The 2-phase stepper motor and driver system is a proven solution, renowned for its reliability and performance across diverse applications. It offers exceptional cost-effectiveness and is highly
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  • 24v Stepper Motor Driver
    The 24v stepper motor driver is one of our main products with proven quality and performance with various customers in many applications. The stepper motor can be designed with different motor size
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  • Hollow Stepper Motor
    A hollow stepper motor (also known as a through-bore or hollow-shaft stepper motor) is a type of stepper motor with a central, open hole that runs through the entire length of its rotor and stator.
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  • High Temp Stepper Motor
    The high tempe stepper motor is an improved version of standard stepper motor serials with higher temperature required especially required in applications like heat treatment equipment.
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  • Stepper Motor with Integrated Controller
    Based on conventional stepper with separate driver or controller, we have developed a compact version by integrating the driver or controller into the stepper motor. We also call it an integrated
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  • 2 Phase Stepper Motor Driver
    One of the most well-known products with confirmed quality and performance with various clients in a variety of applications is the 2 phase stepper motor driver.
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  • 48v Stepper Motor
    The 48v stepper motor and driver like 24v stepper motor is one of our main products with proven quality and performance with various customers in many applications.
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  • 2 Phase 4 Wire Stepper Motor
    One of the most well-known products with confirmed quality and performance with various clients in a variety of applications is the 2 phase stepper motor driver. According to consumer demand, the 2
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  • 3 Phase 3 Wire Stepper Motor
    The 3 phase 3 wire stepper motor has three independent windings (Phase U, V, W) arranged in a star or wye configuration, where one end of each coil is joined together internally to form a common
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  • Nema 34 Stepper Motor Driver
    The Nema 34 stepper motor driver is a very common motor driver and is widely used. A Nema 34 stepper motor driver is not a single product, but a category of electronic controllers designed
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  • Double Shaft Stepper Motor
    The double shaft stepper motor is a special design with two shafts. The double shafts are needed for special customer application and offers a flexibility.
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  • Cnc Motor Driver
    The CNC motor driver is one of our main products with proven quality and performance with various customers in many applications. There are various models for our own developed CNC motor driver
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Why Choose Us?

System-level integration

Motor, drive, and software are developed together. This ensures full compatibility and stable operation. Buyers reduce integration risk and save engineering time.

Proven quality and compliance

We comply with global quality and safety standards. CE, ISO9001, and ROHS meet international procurement needs.

Consistent performance and reliability

Products are tested with professional equipment. Performance remains stable over long-term use. This lowers failure rates and maintenance cost.

Efficient delivery and technical support

We offer standardized and customized solutions. Products are easy to install and scale. Our technical team supports projects from evaluation to mass production.

 

Types of Stepper Motor
 

Classified by rotor structure

Stepper motors can be broadly grouped into the following three categories depending on the structure of their rotor.

●Permanent magnet (PM) motor:The rotor contains a permanent magnet. A disadvantage of this structure is that it can not provide flexibility over the angle of rotation (step angle).

●Variable reluctance (VR) motor:The rotor contains cores structured like the teeth of a gear. This allows for more flexibility in setting the step angle.

●Hybrid (HB) motor:The rotor contains both permanent magnets and cores structured like the teeth of a gear. This type of motor is used in a wide variety of applications, combining the advantages of PM and VR motors.

Classified by current flow in coil

Stepper motors can also be grouped into the following two categories based on electric current flow in the coil.

●Unipolar motor:Current in a unipolar motor always flow through the coil windings in the same direction. While this keeps the associated control circuit simple, it produces less torque than a bipolar motor.

●Bipolar motor:Current in a bipolar motor can flow through the coil windings in either direction. While this requires a more complex control circuit than a unipolar motor, it produces more torque.

 

 
 
Features of Stepper Motor
01.

Positioning with high accuracy

Stepper motor can control the rotation angle, so it enables high-precision positioning.

02.

Output high torque

Stepper motors are often used in machines that need to move slowly because they can produce stable torque at low speeds.

03.

Constant rotation speed

Stepper motors rotate precisely by electrical signals, so it is easy to keep the constant rotational speed.

04.

Maintain torque even at stop

Since stepper motors can produce the highest torque in a stationary state, they are also used in machines that require elements such as clamps that need to hold their position in place.

 

Applications of Stepper Motor
2 Phase Hybrid Stepper Driver
Hollow Stepper Motor
High Temp Stepper Motor
Stepper Motor with Integrated Controller

Stepper motor in machinery
The ability of the stepper motor to establish accurate controls makes it a device of importance in many industrial machines. In CNC machines, its controls are used to position the cutting tools at an accurate position. In different printers, the motor is used for controlling the printer pin and moving it in the desired direction for prints. This precise control is achieved due to the unique design of the stepper motor corresponding to discrete angular rotation.

Stepper motor in textiles
Textile industries are largely dependent on the accuracy of stitching and cutting. The textiles produced using machines should be good enough in terms of designs and stitching. The stepper motor finds its application in the textile industry mainly due to its ability to provide precise control over the cutting of fabric and stitching of fabric. By positioning the needle at an accurate position, it can achieve quality designs resulting in higher rewards.

Stepper motor in medical devices
Many medical surgeries need automated devices in order to perform critical operations. By using a stepper motor, we can ensure that the movement of automated syringe pumps, blood analyzers, and medical imaging devices can be controlled with utmost precision. These motors are even used for controlling the movement of the table that the patient lies on during the imaging process for CT scanners and MRI machines.

Stepper motor in automotive
Automotive stepper motors are used inside instrument clusters where they can provide accurate gauge readings. These readings are used to generate alerts for drivers to fuel levels, rate of speed, mileage measurements, and more. These devices were originally mechanically managed but are now being digitized. These controls involve adjusting headlights, controlling air conditioning vents, and throttle control. Motors are also installed in devices like smart blinds, automated curtain systems, and motorized window openers.

Stepper motor in scientific equipment
Scientific research involves designing instruments and testing them to give precise and accurate results. These devices are installed in many laboratories and Manufacturing units to ensure high quality testing and efficient working devices.

Stepper motor in camera platforms
Certain domains like photography, videography, surveillance, and robotics make use of camera platforms that involve stepper motors. The camera platform has a mechanism that allows to precisely control the camera's orientation using the Pan tilt method. This adds significant functionality by allowing you to capture photos and record videos at different angles and positions. By attaching the stepper motor to the base, the camera can be rotated left or right accordingly. The additional stepper motor can be added to control tilt movement for moving up and down which ensures better performance.

Stepper motor in vending machines
You might have wondered how vending machines are able to know which product to dispense and where, stepper motor plays a significant role in controlling the mechanism through which items from the machine are dispensed once payment is done. Stepper motors can mimic the motion programmed in it by moving the dispensing path like a sliding machine or conveyor belt ensuring that only one item is made available to the person. This avoids jams in the vending machine.

Stepper motor in smart devices
Many smart devices need proper controls for achieving automation. Devices like smart lights use stepper motors to add special lighting effects and control the rotation or intensity of light on stages and at homes. Apart from this, smart blinds are also devices that use stepper motors and are used in households using remotes or switches. The automated shower system and motor controlled window openers are some other devices that are automated devices that reduce manual work by controlling the operation using some buttons.

 

Customization Process
1

Specifications definition

During this initial phase, system requirements are collected to determine the feature set and needs of users.

2

Technical proposal

Our team will thoroughly analyse every detail regarding the system you have in your mind to give you the solution you were looking for.

3

Development & testing

During the development process, we provide early and continuous deliveries to the customer to keep the customer informed throughout the evolution of the project.

4

Quality manufacturing

Our team will thoroughly analyse every detail regarding the system you have in your mind to give you the solution you were looking for.

 

Order and Delivery Info

 

MOQ

10 PCS

Certificate

ISO9001, CE

Inspection

Sampling inspection / full inspection

Assembly/Package

Standard or according to demand

Delivery Time

10-15 days

Origin

Shanghai China

 

 

FAQ

 

Q: What are the 4 phase stepper motors?

A: 4-phase stepper motors have four sets of windings, typically labeled as phase A, phase B, phase C, and phase D. Like 2-phase motors, these windings are energized in a specific sequence to generate motion.

Q: What is a 2-phase stepper motor?

A: A 2-phase stepper motor is a common type of electric motor that uses two sets of electromagnetic windings (phases A and B) to create precise, incremental rotational movements (steps) by energizing them in a specific sequence, offering a great balance of cost, torque, and accuracy for applications like 3D printers, CNC machines, and robotics, featuring typical 1.8-degree steps.

Q: What is a nema stepper motor?

A: The NEMA 17 stepper motor is a hybrid stepper motor widely used in 3D printers, CNC machines, and robotics. It consists of a rotor made up of permanent magnet and stator with multiple coils and works on the principle of electromagnetic stepping.

Q: Are stepper motors analog or digital?

A: The stepper motor is a digital input-output device. It is particularly well suited to the type of application where control signals appear as digital pulses rather than analog voltages. One digital pulse to a stepper motor drive or translator causes the motor to increment one precise angle of motion.

Q: What is a 3-phase stepper motor?

A: Three-phase stepper motor principle. Voltage V is applied to each coil in the three-phase independent winding drive (also called H bridge), which is the driving method that can perform high-speed rotation among the three. But the number of power tubes is 2 times of Y or , a total of 12.

Q: What is a bipolar stepper motor?

A: A bipolar stepper motor is a two-phase motor with two windings (coils) per phase, requiring a more complex driver to reverse current direction, but it offers higher torque and efficiency by using the full coil for both polarities, unlike unipolar motors that use center taps. It typically has four wires (two per phase) and moves in precise, small steps, making it ideal for applications needing accurate positioning, like 3D printers and scanners, despite needing more sophisticated control electronics (like an H-bridge).

We are one of the most reliable stepper motor manufacturers and suppliers in China, also support customized service. Please feel free to buy stepper motor in stock here and get free sample from our factory. For price consultation, contact us.

2 Phase 4 Wire Stepper Motor, Double Shaft Stepper Motor, High Temp Stepper Motor
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