LeanMotor Nema 14 Common Planetary Geared Stepper Motor 35x35mm 0.9/1.8 Degree 4 Wires

HPR35-L1 Planetary Gearbox Specification:

HPR35-L2 Planetary Gearbox Specification:

HPR35-L3 Planetary Gearbox Specification:

Nema 14 Bipolar Stepper Motor Dimension:

Nema 14 HPR35-L Series Planetary Gearbox Dimension:

Hybrid Stepper Motor Optional Parts：

Connectors, Gearbox, Encoder, Brake, Integrated Driver...

Customized Service:

Metal Pulleys

Plastic Pulley

Gear

Shaft Pin

Threaded Shaft

Panel Mount

Hollow Shaft

Lead Screw

Panel Mount

Single Flat

Dual Flat

Key Shaft

Hybrid Stepper Motor Customized Service:

Cables

Covers

Shaft

Lead Screw Rod

Encoders

Brakes

Gearboxes

Linear Module

Integrated Drivers

Worm Gearbox

FAQs About NEMA 14 Common Planetary Geared Stepper Motor

I. Product Perspective: Design, Performance & Applications

1. What is a NEMA 14 planetary geared stepper motor?
A NEMA 14 planetary geared stepper motor combines a 35 mm stepper motor with a planetary gearbox to increase torque and improve positioning accuracy in compact systems.

2. Why use a planetary gearbox with a NEMA 14 stepper motor?
The planetary gearbox boosts output torque, reduces speed, minimizes backlash, and maintains high transmission efficiency.

3. What are typical applications for NEMA 14 planetary geared stepper motors?
They are commonly used in medical devices, laboratory automation, 3D printers, optical equipment, and compact robotics.

4. How much torque can a NEMA 14 planetary geared stepper motor provide?
Torque output depends on motor length and gearbox ratio, making it suitable for light to medium-load applications.

5. What gearbox ratios are available for NEMA 14 planetary stepper motors?
Common planetary gearbox ratios range from low to high reductions to meet different speed and torque requirements.

6. How does the planetary gearbox affect positioning accuracy?
By reducing output speed and backlash, the gearbox increases effective resolution and motion precision.

7. Is the NEMA 14 planetary geared stepper motor suitable for continuous operation?
Yes, it is designed for reliable continuous operation under proper load and thermal conditions.

8. What is the standard step angle of a NEMA 14 stepper motor?
The standard step angle is 1.8°, and microstepping can further enhance smoothness and accuracy.

9. How does it compare to a spur geared stepper motor?
Planetary gearboxes offer smoother motion, higher efficiency, and lower backlash than spur gear designs.

10. Can a NEMA 14 planetary stepper motor replace a small servo motor?
In low-speed, high-precision applications, it can be a cost-effective alternative to a servo motor.

II. Factory Customization Capability: OEM & Manufacturing Solutions

11. Can NEMA 14 planetary geared stepper motors be customized?
Yes, motor torque, winding parameters, voltage, and current can be customized.

12. Are different planetary gearbox ratios available?
Yes, multiple reduction ratios can be selected to match application-specific performance needs.

13. Can encoders be added to NEMA 14 planetary stepper motors?
Yes, incremental or magnetic encoders can be integrated for feedback or closed-loop control.

14. Can the motor be supplied with a matching stepper driver?
Yes, compatible stepper drivers can be provided to ensure optimal system performance.

15. Are low-backlash or high-precision gearbox options available?
Yes, precision-grade planetary gearboxes with reduced backlash are available.

16. Can the output shaft be customized?
Yes, shafts can be customized with D-shaft, round shaft, keyed shaft, or special machining.

17. Can the motor be adapted for noise-sensitive applications?
Yes, optimized gear profiles, lubrication, and microstepping configurations help reduce noise.

18. What quality control tests are performed before shipment?
Testing includes torque measurement, backlash inspection, step accuracy testing, and endurance testing.

19. What is the typical lead time for customized NEMA 14 planetary stepper motors?
Custom samples typically take 2–4 weeks, with mass production completed in 4–8 weeks.

20. How does factory-level customization improve system performance?
Customization ensures precise matching of motor, gearbox, and load, resulting in higher efficiency, accuracy, and long-term reliability.