NBK Japan MFB-25C 10mm to 10mm Bellows-type Flexible Coupling, Zero-Backlash Bellows Flexible Shaft Coupling for Servo and Stepper Motors
Regular price
$154.99
Sale price$237.00you save $82.01
NBK Japan MFB-25C 10mm to 10mm Bellows-Type Flexible Coupling - Zero-Backlash Aluminum, 1x Unit
✔️ 10 mm to 10 mm bore, 36.5 mm length, 25 mm outer diameter, aluminum body, zero-backlash, high torsional rigidity, ideal for servo/stepper drives, single unit
✅ Bore: 10 mm to 10 mm; length 36.5 mm; outer diameter 25 mm; aluminum body
✅ High torsional rigidity and high torque capacity for servo and stepper motors
✅ Simple, compact design for easy integration in tight spaces
✅ Made in Japan; pack size: 1 unit
💡 What is a bellows-type flexible coupling used for in motion control systems? This type of coupling helps absorb misalignment and maintain accurate torque transmission. - Reduces backlash and preserves positioning accuracy in automated equipment - Handles small angular and end-play misalignment in servo/stepper drives - Keeps motion smooth in CNC, robotics, and packaging machinery Handy for dependable performance in real-world automation tasks.
✔️ 10 mm to 10 mm bore, 36.5 mm length, 25 mm outer diameter, aluminum body, zero-backlash, high torsional rigidity, ideal for servo/stepper drives, single unit
NBK Japan MFB-25C is a bellows-type flexible coupling designed for servo and stepper motors. It accommodates eccentricity, angular misalignment, and end-play, delivering precise motion transfer in compact CNC, robotics, and automation systems. Pack size: Single unit.
✅ Bellows-type flexible coupling with zero-backlash for precise torque transfer✅ Bore: 10 mm to 10 mm; length 36.5 mm; outer diameter 25 mm; aluminum body
✅ High torsional rigidity and high torque capacity for servo and stepper motors
✅ Simple, compact design for easy integration in tight spaces
✅ Made in Japan; pack size: 1 unit
💡 What is a bellows-type flexible coupling used for in motion control systems? This type of coupling helps absorb misalignment and maintain accurate torque transmission. - Reduces backlash and preserves positioning accuracy in automated equipment - Handles small angular and end-play misalignment in servo/stepper drives - Keeps motion smooth in CNC, robotics, and packaging machinery Handy for dependable performance in real-world automation tasks.