The hollow shaft allows for the integration of optical components, wiring, or fluid channels directly through the motor, enabling innovative design solutions in applications such as robotics, automation, and medical devices. This motor maintains the standard 1.7-inch (42 mm) square frame size and delivers precise motion control with the added advantage of a versatile shaft configuration.
Key Features:
Hollow Shaft Design: The shaft is designed with a hollow center, allowing for additional functionality, such as routing cables or other materials through the motor.Standard NEMA 17 Frame Size: Retains the 1.7-inch (42 mm) square frame, ensuring compatibility with standard NEMA 17 applications.High Precision and Torque: Provides reliable torque and precise control, suitable for applications requiring accurate positioning.Microstepping Capability: Supports microstepping for smooth motion and fine resolution.Versatile Integration: Allows for the integration of additional components directly through the motor shaft, offering more design possibilities.Advantages:
Increased Flexibility:
Pass-Through Capability: The hollow shaft enables the passage of optical fibers, cables, or fluids through the motor, supporting complex and innovative designs.Simplified Wiring: Reduces clutter by allowing wiring to pass directly through the motor, leading to cleaner and more organized setups.Compact and Versatile Design:
Space Efficiency: The NEMA 17 hollow shaft design allows for integration into tight spaces while still accommodating additional components.Adaptable Integration: Can be easily integrated into existing systems, providing flexibility in various applications.Precision and Accuracy:
Accurate Positioning: Offers precise motion control, ensuring repeatable and reliable performance in demanding tasks.Smooth Operation: Microstepping capabilities enhance the smoothness of motion, reducing mechanical noise and improving performance.High Torque Performance:
Reliable Torque Output: Delivers sufficient torque for various applications, making it suitable for tasks that require consistent force.Stable Operation: Provides reliable and stable performance under different load conditions.Low Noise and Vibration:
Quiet Operation: Produces minimal noise, ideal for applications in noise-sensitive environments like medical or office settings.Reduced Vibration: Decreases vibration, enhancing performance in precision applications and reducing wear on components.Cost-Effective Solution:
Affordable Innovation: Offers a cost-effective way to incorporate advanced functionality without requiring separate components or systems.Reduced System Costs: The hollow shaft design can lead to cost savings in system design, assembly, and maintenance.Applications:Robotics: Medical Devices: Automation Systems: Optical Systems: Aerospace and Defense: .Industrial Equipment: