Micro Stepper Motor Manufacturer
We design and produce small and miniature brushless stepper motors in a variety of sizes and power options, divided into PM stepper motor and hybrid stepper motor, voltage ranging from 5v-24v. Our high torque stepper motor is suitable for various high-precision industrial applications.
To ensure our motors precisely meet your requirements, we offer a variety of customizable options:
- Step Angle: 1.8°, 0.9°, 7.5°and more.
- Size and Form Factor: Custom sizes to fit your mechanical design constraints.
- Number of Phases: 2-phase, 3-phase, and 5-phase options and more.
- Shaft Modifications: Custom shaft lengths and diameters.
- Special Features: Explosion proof , waterproofing and silent.
stepper motor Component
- Rotor: The rotating component of the motor typically comprises permanent magnets or soft iron.
- Stator: The stationary part of the motor has windings that generate the magnetic field.
- Windings: Wire coils within the stator produce magnetic fields when energized.
- Bearings: Stabilize the rotating shaft, reduce friction, and ensure smooth, precise motion.
- Shaft: The component that extends from the rotor and transfers mechanical power to the load.
- End Bells: End covers that house the bearings and provide structural support.
- Housing: The outer casing that encases and protects the internal components.
- Lead Wires: Electrical connections for supplying power to the stator windings.
By Type
Permanent Magnet Stepper Motor
- Rotor Composition: Permanent magnets.
- Step Angle: Typically 3.75° to 18° per step.
- Torque: Lower torque compared to hybrid stepper motors.
- Resolution: Lower resolution due to larger step angles.
- Applications: Printers and small automation devices.
Hybrid Stepper Motor
- Rotor Composition: A combination of PM and soft iron.
- Step Angle: Typically 0.9° to 1.8° per step.
- Torque: Higher torque due to better magnetic coupling.
- Resolution: Higher resolution due to smaller step angles.
- Applications: CNC machines, robotics, and industrial automation.
Linear Stepper Motor
- Rotor Composition: Permanent magnet or variable reluctance.
- Step Angle: Small step increments.
- Torque: Consistent linear force.
- Resolution: High resolution with fine step sizes for precise positioning.
- Applications: CNC machines, 3D printers, robotics.
By Winding Configuration
Bipolar
- The bipolar stepper motor has two coils (phases) with a single winding per phase and no center taps.
- Requires a complex driver circuit, often an H-bridge driver, to reverse the current through the coils.
Unipolar
- Unipolar stepper motor has two center-tapped coils, four windings, simpler circuitry for driving.
- Requires a simpler driver circuit, typically with a single transistor per winding.
By control system
Open-Loop
- No Feedback: Open-loop stepper motor operates without feedback, assuming the motor follows a predefined pulse sequence accurately.
- Control: Simple control scheme where the motor's position is determined by the number of input pulses.
Closed-Loop
- Feedback Mechanism: Closed-loop stepper motor uses sensors to monitor the motor's location, speed, and sometimes torque continuously.
- Control: Complex control system adjusts motor operation in real-time, ensuring precise position & speed.
Encoder Feedback
- Feedback Mechanism: Encoder stepper motor uses an encoder on the motor shaft to convert motion into electrical signals, providing precise position feedback.
- Control: The control involves using feedback from the encoder to adjust the motor's operation in real-time.
From 0 to N - Full Motor Solutions
Applications
3D Printers
The precise control of the print head and bed movement by the 3D printer stepper motor enables high accuracy in layer deposition, resulting in detailed 3D prints.
CNC Machines
The movement of cutting tools and workpieces by the CNC stepper motor provides high precision and repeatability for complex machining tasks.
Robots
The joint and arm movement by the robot stepper motor in robotic systems allows for accurate positioning and smooth operation in automated tasks.
Industrial Equipment
The control of conveyor belts, actuators, and automated machinery by the industrial stepper motor ensures reliable and precise operation in industrial automation.
Cars
The control of headlight positioning, climate control vents, and infotainment systems by the car stepper motor enhances functionality and user experience with precise adjustments.
CD Drives
The positioning of the laser read/write head by the CD drive stepper motor provides precise control for accurate data reading and writing.
