NEMA23 57HS51-1006 Stepper Motor - Round Shaft
The 57HS51-1006 NEMA23 Stepper Motor provides reliable 7.2 kg-cm holding torque, making it ideal for precision motion control in 3D printers, CNC machines, and robotic applications. Featuring a 1.8° step angle and a round output shaft, it ensures accurate positioning and smooth operation.
Features
- High 7.2 kg-cm holding torque for demanding applications.
- Precise 1.8° step angle ensures accurate motion control.
- NEMA23 frame size suitable for 3D printers, CNC, and automation.
- Features a robust round shaft for secure coupling.
- Operates efficiently with a 1A phase current for stable performance.
Out of stock
The 57HS51-1006 is a robust NEMA23 stepper motor engineered for demanding motion control applications requiring high precision and reliability. Capable of providing a substantial 7.2 kg-cm of holding torque (equivalent to 0.72 N-m), this motor is perfectly suited for use in 3D printers, CNC machinery, and various automated systems where accurate, repeatable movements are critical. Its 1.8° step angle allows for fine positional adjustments without complex control mechanisms.
This stepper motor facilitates position control through a simple open-loop mechanism, simplifying electronic control circuitry and reducing overall system complexity and cost. The motor’s round output shaft is meticulously machined to ensure excellent grip with pulleys, drive gears, or other coupling components, effectively preventing stalls or slips during operation. It delivers consistent performance across a range of speeds, offering reliable starting, stopping, and reversing capabilities essential for dynamic applications.
Additional Information
| Weight | 0.597 kg |
|---|---|
| Dimensions | 7 × 8 × 6 cm |
