Flexible Coupler (6 to 10 mm) (Copy)

Overview

Connect your motor shafts with precision and reliability using the MOKWN Flexible Coupler. This machined aluminum coupler is an essential component for any CNC machine, 3D printer, or robotics project. It is designed to connect a 6mm shaft (D1) to a 10mm shaft (D2), compensating for slight misalignments that can occur during assembly. By reducing bending effects and backlash, this coupler ensures smooth, accurate motion transmission, protecting your valuable stepper motors and lead screws from undue stress.

Key Features

• Precision Machined Aluminum: High-quality aluminum construction ensures durability and dimensional accuracy.
• Misalignment Compensation: The flexible design absorbs parallel, angular, and axial misalignments, reducing wear on bearings and shafts.
• Backlash Reduction: Minimizes play between connected shafts for precise positioning.
• Secure Fit: Clamp-style design with set screws provides a firm grip on both shafts without marring.
• Versatile Sizing: Specifically designed for 6mm to 10mm shaft connections.

Technical Specifications

• Material: Machined Aluminum Alloy
• D1 (Shaft 1 Diameter): 6mm
• D2 (Shaft 2 Diameter): 10mm
• Type: Flexible Coupler (Clamp with set screws)

Applications & Use Cases

• CNC Routers: Connect stepper motors to lead screws or ball screws.
• 3D Printers: Link Z-axis motors to threaded rods.
• Robotics: Transmit torque between motors and gearboxes or wheels.
• Automation: Any application requiring reliable torque transmission with slight misalignment tolerance.

What's Included

• 1x Flexible Coupler (6mm to 10mm)

Compatibility

• Works with any standard 6mm and 10mm shafts, including those found on NEMA 17 and NEMA 23 stepper motors, and common lead screws.

MOKWN Recommendation

This flexible coupler is a must-have for any CNC or 3D printing project. It ensures your motor and screw are perfectly connected, reducing vibration and improving print or cut quality. Order today and experience the difference in precision.