Nema 23 Bipolar Stepper Motor 6.35mm Shaft 1.9Nm 269 Oz In 2.8A 1.8 Deg 4 Wire

High-Torque NEMA 23 Bipolar Stepper Motor
✔️ Features 1.9Nm holding torque, 2.8A current, 1.8° step angle, and 6.35mm shaft for reliable motion control

This NEMA 23 bipolar stepper motor is a key part in automation setups, like CNC machines, 3D printers, and robotics, where precise positioning and strong torque are needed without constant power.

✅ 1.8° step angle for accurate 200 steps per revolution in precise applications
✅ Holding torque of 1.9Nm (269 oz-in) to handle demanding loads
✅ Rated current of 2.8A with 1.13 ohms phase resistance for efficient operation
✅ Compact frame size of 57 x 57mm and body length of 76mm for easy integration
✅ 6.35mm shaft diameter with 21mm length, plus 4-wire setup for straightforward wiring

💡 What advantages do bipolar stepper motors offer for industrial automation tasks? Bipolar stepper motors provide steady performance in motion control by allowing full current flow in both directions, making them a solid pick for projects needing exact movement. They deliver reliable torque without brushes Their design supports high-speed operations in tight spaces These motors integrate well with various drivers for better efficiency They help cut down on system complexity in manufacturing setups