NBK
NBK Japan MFB-16C 5mm to 6mm Bellows-type Flexible Coupling, Zero-Backlash Bellows Flexible Shaft Coupling for Servo and Stepper Motors
Regular price
$129.99
Sale price$199.00you save $69.01
NBK Japan MFB-16C Bellows-Type Flexible Coupling 5mm to 6mm Bore, Zero-Backlash, High-Torque Aluminum Shaft Coupler for Servo and Stepper Motors
✔️ Bellows-type, 5mm to 6mm bores, 26.5mm length, 16mm OD, aluminum body, zero-backlash, high torsional rigidity, simple design for servo and stepper drives
✅ Coupling Bore 2 Diameter: 6mm
✅ Coupling Length: 26.5mm
✅ Coupling Outer Diameter: 16mm
✅ Material: Aluminum
✅ Zero Backlash
✅ High torsional rigidity
✅ High Torque
✅ Constant Velocity
✅ Simple Design
✅ Made in Japan
✅ Quantity: One
💡 What is a bellows-type flexible coupling used for in servo and stepper motor systems? These devices provide precise torque transfer while absorbing misalignment. - Handles angular misalignment to keep shafts aligned - Reduces end-play and vibration for repeatable results - Lightweight aluminum design makes installation handy - Zero-backlash design supports high-precision positioning in CNCs, printers, and robotics This handy coupling improves performance and uptime in motion-control setups.
✔️ Bellows-type, 5mm to 6mm bores, 26.5mm length, 16mm OD, aluminum body, zero-backlash, high torsional rigidity, simple design for servo and stepper drives
NBK Japan MFB-16C is a bellows-type flexible coupling designed to connect motor shafts to driven components, delivering precise motion while accommodating small misalignments. It’s ideal for compact automation, 3D printers, CNC machines, and robotics where backlash must be kept to zero.
✅ Coupling Bore 1 Diameter: 5mm✅ Coupling Bore 2 Diameter: 6mm
✅ Coupling Length: 26.5mm
✅ Coupling Outer Diameter: 16mm
✅ Material: Aluminum
✅ Zero Backlash
✅ High torsional rigidity
✅ High Torque
✅ Constant Velocity
✅ Simple Design
✅ Made in Japan
✅ Quantity: One
💡 What is a bellows-type flexible coupling used for in servo and stepper motor systems? These devices provide precise torque transfer while absorbing misalignment. - Handles angular misalignment to keep shafts aligned - Reduces end-play and vibration for repeatable results - Lightweight aluminum design makes installation handy - Zero-backlash design supports high-precision positioning in CNCs, printers, and robotics This handy coupling improves performance and uptime in motion-control setups.