What Is Gear Stepper Motor?
Gear stepper motor, also known as a geared stepper motor or a gearhead stepper motor, is a type of stepper motor that incorporates a gear reduction mechanism to modify its output characteristics. This gear reduction system is composed of gears that connect the motor's output shaft (rotor) to the load or application it drives. Here are some key features and benefits of gear stepper motors:
- Increased Torque: The gear reduction system increases the torque output of the stepper motor, allowing it to exert more force and handle heavier loads.
- Reduced Speed: Stepper motors with gearbox are used to decrease the rotational speed of the motor's output shaft while maintaining high precision.
- Improved Accuracy & Resolution: Each step of the motor corresponds to a smaller movement of the load due to gear reduction mechanism, resulting in finer positioning control.
10BY Stepper Gear Motor
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3.3V DC Stepper Motor Bipolar Reducer Gearbox PM Type Step Motor NFP-GM12-10BY25
$8.50 Add to cart -
5V DC Brushless Stepper Gear Motor Model NFP-GM12-10BY-FS
$15.00 Select options -
5V DC Geared Stepper Motor Model NFP-GM12-10BY-TS Thread Screw Shaft
$8.50 Select options -
5V Brushless Micro Stepper Gear Motor Stainless Steel Model NFP-GM12-10BY-HQ
$15.00 Select options -
5V Brushless Stepping Geared Motor with M3 Screw Shaft Model NFP-GM12-10BY-TS
$15.00 Select options -
5V Brushless Stepper Reduction Geared Motor M4 Screw Shaft NFP-GM12-10BY-M4
$15.00 Select options -
5V Brushless Stepper Worm Gear Motor Self-locking Model NFP-GW12T-10BY
$15.00 Select options -
5V DC Bipolar Geared Stepper & Brushless Motor Model NFP-GM1024-10BY
$15.00 Select options -
5V Micro Brushless Stepper Geared Motor Model NFP-GM1024-10BY-M4
$15.00 Select options
15BY Stepper Gear Motor
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5V Geared Stepper Motor Bipolar 2-Phase Micro Stepper Motor with Gearbox NFP-GM12-15BY
$17.00 Select options -
5V DC Brushless Stepper Motor with Gearbox Model NFP-GM12-15BY-WP
$15.00 Select options -
5V DC Brushless Stepper Motor without Solder Plate Model NFP-GM12-15BY-FS
$15.00 Select options -
5V Geared Brushless Stepper Motor Model NFP-GM12-15BY-M3
$15.00 Select options -
5V Gear-driven Brushless Stepper Motor Model NFP-GM12-15BY-WS
$15.00 Select options -
5V DC Brushless Stepper Motor for Precision Control Model NFP-GM12-15BY-YP
$15.00 Select options -
5V DC BLDC Stepper Motor Gear Reduction Thread Shaft Model NFP-GM12-15BY-TS
$15.00 Select options -
5V Step Motor M4 Electric Brushless Gear Stepper Motor NFP-GM12-15BY-M4
$15.00 Select options -
5V Stepper Brushless Gear Reduction Motor with Stainless Steel Front Plate NFP-GM12-15BY-HQ
$15.00 Select options -
5V DC Stepper Gear Motor – High Precision Model NFP-GW12T-15BY
$20.00 Select options -
5V DC Small Reduction Stepper Motor 1.0mm Diameter Shaft Model NFP-15BY-1.0D
$10.00 Add to cart -
5V Metal Stepper Gearbox Motor 1.5mm Diameter Shaft Model NFP-15BY-1.5D
$10.00 Add to cart
20BY Stepper Gear Motor
25BY Stepper Gear Motor
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12V DC Brushless 2-Phase Stepper Motor High Precision Low Noise Model NFP-GM25-25BY
$21.50 Select options -
25mm 12V Brushless DC Motor Worm Gear Motor Micro Stepper Motor Self-locking NFP-GW4632-25BY
$22.00 Select options -
25mm 12V Brushless Stepper Worm Gear Motor Self-locking NFP-GW4632-25BY-M6
$20.00 Select options
37BY Stepper Gear Motor
42BY Stepper Gear Motor
How Does A Simple Stepper Motor Work?
Geared stepper motor integrates a gear reduction system with a stepper motor, enabling precise and controlled mechanical motion. Electrical pulses sent to the motor's coils result in discrete steps of movement, which, when coupled with the gear reduction, yields increased torque, reduced speed, improved accuracy, and the ability to hold positions precisely, making it well-suited for applications requiring controlled and fine-tuned motion, such as robotics, CNC machinery and 3D printing.
- Increased Backlash Tolerance: Gears can help reduce the effects of backlash, which is the amount of mechanical play or slack in a system. The gear system can compensate for this play, leading to improved precision in applications.
- Smoothing of Motion: Gearing can help smooth out the motion of the stepper motor, reducing vibrations and oscillations. This is essential in applications where jerky or erratic movements are undesirable.
- High Efficiency: Gear systems are known for their efficiency in transmitting power. They can efficiently transfer the motor's rotational energy to the load, minimizing energy loss.
Customization: Gear stepper motors are available with various gear ratios, allowing users to select the appropriate combination for their specific application requirements.
