NEMA6 Hollow Shaft Stepper Motor – Bipolar 1.8° Dual Shaft, 0.3A, 14x14x30mm, 4mm Shaft

Product Overview

The NEMA6 hollow shaft stepper motor is a compact bipolar motor designed for applications that demand high precision and minimal size.
With a 1.8° step angle and a holding torque of 0.58 N·cm (0.82 oz.in), it ensures smooth motion and reliable performance.
Moreover, its dual 4mm shafts and 14x14x30mm frame make it suitable for integration into tight spaces such as medical devices, robotics, and optical equipment.
In addition, the motor is compatible with tepper drivers, closed loop stepper controllers, and hollow shaft encoders, which further enhance positioning accuracy and reduce the risk of step loss.

Key Features

• Bipolar 2-phase stepper motor with 1.8° step angle
• Compact size: 14x14x30mm, suitable for space-limited designs
• Dual 4mm shaft configuration for flexible mechanical integration
• Low current (0.3A) and lightweight design (0.003 kg)
• Stable torque of 0.58 N·cm (0.82 oz.in) despite miniature frame
• Compatible with hollow shaft stepper motors, closed loop stepper driver, and controller systems
• Ideal for robotics, CNC, automation, and medical instruments

Technical Specifications

Applications

This hollow shaft stepper motor is designed for compact automation solutions where precision and stability are critical.
For example, it can be integrated with hollow shaft encoders for closed-loop control in CNC machinery and robotic systems.
Consequently, it delivers accurate motion in medical instruments, laboratory equipment, and precision optical devices.
Thus, engineers often choose this NEMA6 stepper motor when both space-saving and consistent performance are essential.