Powerful Nema 23 Stepper Motor With 1.9Nm Holding Torque For CNC Machines And 3D Printers, Built For DIYers And Makers, 8mm Shaft, Bipolar 4-Wire, 57x57x76mm, 2.8A, 24-48V DC, 200 Steps Per Revolution, Great For Precise Motion Control

High-Torque NEMA 23 Stepper Motor for CNC and 3D Printing
✔️ 1.9Nm holding torque, 8mm shaft, 57x57x76mm, 2.8A, 24-48V, Single Unit

This NEMA 23 bipolar stepper motor is built for precise motion control in CNC machines and 3D printers. With an 8mm shaft and compact 57x57x76mm frame, it delivers reliable positioning and repeatable performance in tight spaces.

✅ Holding torque: 1.9Nm (269.06 oz-in)
✅ Frame size: 57 x 57 mm, length 76 mm
✅ Shaft diameter: 8 mm; length 22 mm
✅ 4 wires, bipolar, rated current 2.8A per phase
✅ Lead length: 500 mm
✅ Step angle: 1.8° (200 steps per rev)
✅ Drive voltage: 24-48V DC (recommended ~36V)

💡 What is a pillow block bearing used for?

Pillow block bearings provide a sturdy housing for rotating shafts in machines and automation projects. - handy for shaft support and precise alignment in CNCs and 3D printers - commonly paired with sealed ball bearing options for longer life - helps reduce shaft wobble and wear in DIY automation projects