Dual Shaft Nema 23 Stepper Motor High Torque For CNC Mill And 3D Printer, 1.8 Degree Step, 2 Phase Unipolar Bipolar, 2.1A, 1.2 Ohm, 57mm Square Body, Dual 6.35mm Shafts, 8 Wire, 1M Cable, Rocks For DIY Robots

Dual Shaft NEMA 23 High-Torque Stepper for CNC & 3D (1pc)
✔️ 2-phase, 1.8° step, 0.92-1.3 Nm torque, dual shafts

These NEMA 23 dual-shaft stepper motors deliver strong torque in a compact 57x57x54.4 mm body (2.25x2.25x2.15 in), perfect for DIY CNC mills, routers, and 3D printers where space is tight.

✅ Holding torque unipolar 0.92 Nm (130.28 oz-in)
✅ Holding torque series/parallel bipolar 1.3 Nm (184.1 oz-in)
✅ Rated current 2.1 A
✅ Resistance 0.75 Ω
✅ Inductance 1.2 mH±20%
✅ Step angle 1.8°
✅ Body size 57x57x54.4 mm (2.25x2.25x2.15 in)
✅ Shaft diameter φ6.35 mm (0.25 in)
✅ Front shaft length 21 mm (0.83 in)
✅ Front shaft D-cut length 21 mm (0.83 in)
✅ Rear shaft length 15 mm (0.59 in)
✅ Rear shaft D-cut length 15 mm (0.59 in)
✅ Installation hole distance 47.14 mm (1.86 in)
✅ Weight 235 g (0.518 lb)
✅ Cable length 1 m (3.28 ft)

💡 What is a NEMA 23 stepper motor used for in DIY projects? This handy motor provides precise motion control in compact form for machines and robots.
- handy for precise axis control in DIY CNC mills and 3D printers
- 1.8 degree step angle for fine positioning
- compatible with common drivers and dual-shaft designs
- compact 57x57 mm body fits tight layouts