E-Motion Newsletter
MOONS' NEMA 11 Standard Hybrid Stepper Motors Promotion – October 2025

Company News – October 2025

MOONS' stepper motors and motion control products are widely applied in many innovative applications, including: 3D Printers, extruders, stage lighting, analytical and medical instruments, laser cutters, engravers, image scanners, textile equipment, embroidery machine, precision telescope positioning systems, packaging machinery, CNC machines and robotics etc. We always work with you together to get your creative ideas or innovative products to go to market as fast as possible. MOONS' - Experts' Choice!

E-Motion currently have 5000 units of MS11HS3P4067-11 in stock, High Torque, 2 Phase Stepper Motor, very competitive price. Ordering link: NEMA 11 Standard Hybrid Stepper Motors - High Torque & Long Life

Excellent characteristics of both High Torque and Long Life, which means exceeding your torque requirements with reliable performance for longer operating time than conventional motors.

High torque is mainly attributed to many factors including rare earth magnets, optimized rotors, Stators with maximum winding fill and laminations, all of which are combined together to realize maximum torque. MOONS' high torque stepper motors provide 15% to 25% more torque across the entire speed than conventional motors. The increased torque is a result of higher motor efficiency, and is available without increasing the drive voltage or current.
Step motor life is usually determined by the life of the bearings. MOONS' large ball bearing is optimized for short repetitive moves to ensure long life - generally 5 times longer than conventional motors, which means future huge cost saving of the replacement or repair of conventional motors. In typical industrial application, the MTBF (Mean Time Between Failures) of MOONS' motor was up to 406,500 hours and lp (Failure Rate) was 3.44 hours per 1000,000 hours, In typical commercial application, the MTBF (Mean Time Between Failures) of MOONS' motor was up to 1,123,600 hours and lp (Failure Rate) was 1.21 hours per 1000,000 hours, which significantly ahead of competitor's motors.

For more information, please contact us



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