Bearings Canada
Stepper Motor 12V 1.8A 52N.cm Holding Torque, 48mm Size, 42HS48-YC-PD Brake Model, 4 Leads, NEMA 17 Compatible, Industrial Grade for 3D Printers and CNC Machines, Easy Install and Reliable Power, Built To Last
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$272.19 CAD
$561.53 CADyou save $289.34 CAD
SKU: VXB0DKBXVY3R
UPC:
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Premium NEMA 17 stepper motor for precision CNC and 3D setups
✔️ 12V stepper with 1.8A current, 52N.cm torque, 48mm size, 4 leads, and reliable industrial build for tough jobs
✅ 1.8A current per phase to handle demanding tasks without overheating
✅ 52N.cm holding torque ensures steady positioning in high-speed applications
✅ 1.8-degree step angle for precise control in CNC and 3D printing
✅ NEMA 17 compatible, 48mm size, and 4 leads for easy integration
✅ Certifications like RoHS, CE, and CCC confirm it's built to last in industrial environments
✔️ 12V stepper with 1.8A current, 52N.cm torque, 48mm size, 4 leads, and reliable industrial build for tough jobs
This stepper motor is a key component in automated systems, commonly found in 3D printers, CNC machines, and other precision equipment where accurate movement is essential for smooth operations.
✅ 12V power supply for efficient energy use in various setups✅ 1.8A current per phase to handle demanding tasks without overheating
✅ 52N.cm holding torque ensures steady positioning in high-speed applications
✅ 1.8-degree step angle for precise control in CNC and 3D printing
✅ NEMA 17 compatible, 48mm size, and 4 leads for easy integration
✅ Certifications like RoHS, CE, and CCC confirm it's built to last in industrial environments
💡 What role do stepper motors play in achieving accurate positioning in machinery?
Stepper motors are essential for tasks needing exact control, helping with reliable motion in automation.
- Offer precise step-by-step movement ideal for robotics and manufacturing
- Provide strong holding torque to maintain position during power loss
- Support easy integration with controllers for enhanced system performance
- Reduce errors in applications like 3D printing by ensuring consistent accuracy